s are typical at nominal inpu pdf Datasheet P2 Description --- IC-ON-LINE


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s are typical at nominal inpu Datasheet PDF File

For s are typical at nominal inpu Found Datasheets File :: 150+ Page :: | 1 | <2> | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |

				sANYO
Part No.	KR-1700AUL
Description	nominal capacity: 1700mAh; nominal voltage: 1.2V; charging time: 14-16 Hrs; internal impendance: 17.0mOhm cadnica
File Size	320.83K / 1 Page	View it Online	Download Datasheet

				sANYO
Part No.	KR-1200AUL
Description	nominal capacity: 1200mAh; nominal voltage: 1.2V; charging time: 14-16 Hrs; internal impendance: 12.0mOhm cadnica
File Size	296.82K / 1 Page	View it Online	Download Datasheet

				Microsemi
Part No.	1N5222AUR-1 1N5222BUR-1 1N5253AUR-1 1N5267BUR-1 1N5261AUR-1 1N5279UR-1 1N5279BUR-1 1N5272AUR-1 1N5272BUR-1 1N5272UR-1 1N5228AUR-1 1N5276AUR-1 1N5276BUR-1 1N5276UR-1 1N5268AUR-1 1N5268UR-1 1N5242AUR-1 1N5242BUR-1 1N5263BUR-1 1N5266BUR-1 1N5232AUR-1 1N5252AUR-1 1N5262AUR-1 1N5221UR-1 1N5221AUR-1 1N5222UR-1 1N5224AUR-1 1N5224UR-1 1N5225BUR-1 1N5226AUR-1 1N5228UR-1 1N5229BUR-1 1N5221BUR-1 1N5223UR-1 1N5224BUR-1 1N5225AUR-1 1N5225UR-1 1N5226BUR-1 1N5226UR-1 1N5227AUR-1 1N5227BUR-1 1N5227UR-1 1N5228BUR-1 1N5229AUR-1 1N5229UR-1 1N5230AUR-1 1N5230BUR-1 1N5230UR-1 1N5259AUR-1 1N5275BUR-1 1N5263AUR-1 1N5252BUR-1 1N5252UR-1 1N5260AUR-1 1N5260UR-1 1N5260BUR-1 1N5238AUR-1 1N5248AUR-1 1N5258AUR-1 1N5278AUR-1 1N5264BUR-1 1N5241AUR-1 1N5241BUR-1 1N5241UR-1 1N5274BUR-1 1N5257AUR-1 1N5257BUR-1 1N5257UR-1 1N5244AUR-1 1N5259BUR-1 1N5244BUR-1 1N5244UR-1 1N5265AUR-1 1N5247AUR-1 1N5281AUR-1 1N5269UR-1 1N5254AUR-1 1N5274AUR-1 1N5234AUR-1 1N5264AUR-1 1N5274UR-1 1N5265UR-1 1N5248BUR-1 1N5254BUR-1 1N5256UR-1 1N5256BUR-1 1N5265BUR-1 1N5273AUR-1 1N5277UR-1 1N5277AUR-1 1N5267AUR-1 1N5269AUR-1 1N5235UR-1 1N5280BUR-1 1N5280UR-1 1N5263UR-1 1N5235AUR-1 1N5255AUR-1 1N5278UR-1 1N5249BUR-1 1N5247BUR-1 1N5261BUR-1 1N52
Description	Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.5 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.5 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 25 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 75 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 47 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 180 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 180 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 110 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 110 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.9 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 150 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 150 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 82 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 12 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 12 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 56 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 68 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 5.6 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 24 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 51 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.4 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.4 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.8 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.0 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.3 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 4.3 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.4 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.7 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 2.8 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.0 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.3 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.6 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.6 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 3.9 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 4.3 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 4.7 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 4.7 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 39 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 140 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 56 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 24 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 43 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 43 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 8.7 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 18 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 36 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 170 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 60 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 11 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 11 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 130 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 33 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 33 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 14 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 39 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 14 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 62 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 17 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 200 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 87 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 27 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 130 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.2 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 60 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 18 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 27 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 30 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 30 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 62 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 120 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 160 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 160 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 75 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 87 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.8 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 190 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.8 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 28 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 19 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 17 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 47 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 5.1 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 25 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 36 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 20 V. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.8 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 15 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 22 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 100 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 5.1 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 10 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 20 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 8.7 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 13 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.0 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 120 V. Tolerance -5%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 10 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 20 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 91 V. Tolerance -10%. Metallurgically bonded glass surface mount 500 mW zener. nominal zener voltage 6.2 V. Tolerance -5%.
File Size	218.88K / 3 Page	View it Online	Download Datasheet

				sIEMENs[siemens semiconductor Group] sIEMENs AG
Part No.	BGA318 Q62702-G0043
Description	From old datasheet system silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 16 dB typical gain at 1.0 GHz 12 dBm typical P-1dB at 1.0 GHz) 硅双极单片放大器（级0瓦，增益模块十六分贝典型增益.0 GHz2 dBm典型的P - 1dB的在1.0千兆赫） silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 16 dB typical gain at 1.0 GHz 12 dBm typical P-1dB at 1.0 GHz) 0 MHz - 1200 MHz RF/MICROWAVE WIDE BAND LOW POWER AMPLIFIER
File Size	19.25K / 4 Page	View it Online	Download Datasheet

				JGD[Jinan Gude Electronic Device] 济南固锝电子器件有限公司 Jinan Gude Electronic Device Co., Ltd. 娴???洪??靛??ㄤ欢?????? http:// Jinan Gude Electronic D...
Part No.	3EZ12D5 3EZ4.3D5 3EZ10D5 3EZ5.6D5 3EZ100D5 3EZ110D5 3EZ11D5 3EZ120D5 3EZ130D5 3EZ13D5 3EZ140D5 3EZ14D5 3EZ150D5 3EZ15D5 3EZ160D5 3EZ16D5 3EZ170D5 3EZ17D5 3EZ180D5 3EZ18D5 3EZ190D5 3EZ19D5 3EZ200D5 3EZ20D5 3EZ22D5 3EZ24D5 3EZ27D5 3EZ28D5 3EZ3.9D5 3EZ30D5 3EZ33D5 3EZ36D5 3EZ39D5 3EZ4.7D5 3EZ43D5 3EZ47D5 3EZ5.1D5 3EZ51D5 3EZ56D5 3EZ6.2D5 3EZ6.8D5 3EZ62D5 3EZ68D5 3EZ7.5D5 3EZ75D5 3EZ8.2D5 3EZ82D5 3EZ9.1D5 3EZ91D5 -3EZ75D5 3EZ160D 3EZ160D1 3EZ160D10 3EZ180D 3EZ180D10 3EZ180D1 3EZ180D2 3EZ180D4 3EZ180D3 3EZ140D4 3EZ140D2 3EZ140D3 3EZ140D1 3EZ140D10 3EZ120D3 3EZ120D4 3EZ120D1 3EZ120D2 3EZ190D 3EZ190D3 3EZ190D4 3EZ190D10 3EZ130D2 3EZ130D 3EZ130D1 3EZ130D10 3EZ130D3 3EZ130D4 3EZ200D 3EZ200D2 3EZ200D4 3EZ200D3 3EZ200D10 3EZ200D1
Description	3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -20% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -2% tolerance. 3 W, silicon zener diode. nominal voltage 190 V, current 4.0 mA, -10% tolerance. 3 W, silicon zener diode. nominal voltage 190 V, current 4.0 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 190 V, current 4.0 mA, -20% tolerance. 3 W, silicon zener diode. nominal voltage 120 V, current 6.3 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 120 V, current 6.3 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 140 V, current 5.3 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 140 V, current 5.3 mA, -2% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -20% tolerance. surface mount silicon Zener diodes 硅表面贴装齐纳二极管 3 W, silicon zener diode. nominal voltage 160 V, current 4.7 mA, -20% tolerance. 3 W, silicon zener diode. nominal voltage 160 V, current 4.7 mA, -1% tolerance. 3 W, silicon zener diode. nominal voltage 160 V, current 4.7 mA, -10% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -10% tolerance. 3 W, silicon zener diode. nominal voltage 180 V, current 4.2 mA, -2% tolerance. 3 W, silicon zener diode. nominal voltage 140 V, current 5.3 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 140 V, current 5.3 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 140 V, current 5.3 mA, -10% tolerance. 3 W, silicon zener diode. nominal voltage 120 V, current 6.3 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 120 V, current 6.3 mA, -2% tolerance. 3 W, silicon zener diode. nominal voltage 190 V, current 4.0 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -20% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -10% tolerance. 3 W, silicon zener diode. nominal voltage 130 V, current 5.8 mA, -4% tolerance. 3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -2% tolerance. 3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -3% tolerance. 3 W, silicon zener diode. nominal voltage 200 V, current 3.7 mA, -10% tolerance.    3W sILICON ZENER DIODE
File Size	145.99K / 2 Page	View it Online	Download Datasheet

				sIEMENs AG sIEMENs[siemens semiconductor Group]
Part No.	Q62702-G0042 BGA312
Description	silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 11 dB typical gain at 1.0 GHz 9 dBm typical P-1dB at 1.0 GHz) From old datasheet system
File Size	19.14K / 4 Page	View it Online	Download Datasheet

				siemens semiconductor Group
Part No.	BGA318
Description	silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 16 dB typical gain at 1.0 GHz 12 dBm typical P-1dB at 1.0 GHz)
File Size	17.62K / 3 Page	View it Online	Download Datasheet

				siemens semiconductor Group
Part No.	BGA312
Description	silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 11 dB typical gain at 1.0 GHz 9 dBm typical P-1dB at 1.0 GHz)
File Size	17.54K / 3 Page	View it Online	Download Datasheet

				NTE[NTE Electronics] NTE Electronics, Inc.
Part No.	NTE1V300 NTE524V48 NTE524V13 NTE524V15 NTEV480 NTE1V010 NTE1V014 NTE1V015 NTE1V020 NTE1V025 NTE1V030 NTE1V035 NTE1V040 NTE1V050 NTE1V060 NTE1V075 NTE1V095 NTE1V115 NTE1V130 NTE1V150 NTE1V175 NTE1V250 NTE1V275 NTE2V010 NTE2V014 NTE2V015 NTE2V017 NTE2V020 NTE2V025 NTE2V030 NTE2V035 NTE2V040 NTE2V050 NTE2V060 NTE2V075 NTE2V095 NTE2V115 NTE2V130 NTE2V150 NTE2V250 NTE2V275 NTE524V17 NTE524V25 NTE524V27 NTE1V017 NTEELECTRONICsINC.-NTE1V300 2V030 1V010 1V014 1V015 1V017 1V025 1V020 1V030 1V040 1V050 1V060 1V095 1V075 1V035 1V115 1V130 1V150 1V250 1V275 1V300 1V175 2V014 2V017 2V020 2V040 2V035 2V025 2V015 2V010 2V480 524V48 2V060 2V300 524V30 2V150 524V15 2V130 524V13 524V17 2V115 2V095 524V27 524V25
Description	Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 390 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 150 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 270 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 216 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 240 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 470 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 750 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 18 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 24 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 39 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 56 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 68 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 33 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 27 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 22 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 270 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 470 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 430 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 390 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 240 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 216 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 171 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 56 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 120 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 150 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 100 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 82 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 68 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 47 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 33 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 39 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 27 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 24 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 22 V @ 1mA DC test current. Metal oxide varistor. Case diameter 8.5 mm. nominal varistor voltage 18 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 47 V @ 1mA DC test current. Metal Oxide Varistors (MOV) 金属氧化物压敏电阻（MOV）的 Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 750 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 100 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 470 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 240 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 216 V @ 1mA DC test current. Metal oxide varistor. Case diameter 16 mm. nominal varistor voltage 171 V @ 1mA DC test current. Metal oxide varistor. Case diameter 23 mm. nominal varistor voltage 430 V @ 1mA DC test current.
File Size	26.95K / 3 Page	View it Online	Download Datasheet

				sIEMENs AG sIEMENs[siemens semiconductor Group]
Part No.	Q62702-G0041 BGA310
Description	silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 9 dB typical gain at 1.0 GHz 9 dBm typical P-1dB at 1.0 GHz 3 dB-bandwidth: DC to 2.4 GHz) From old datasheet system
File Size	19.31K / 4 Page	View it Online	Download Datasheet

For s are typical at nominal inpu Found Datasheets File :: 150+ Page :: | 1 | <2> | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |

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