HIGH TEMPERATURE REVERSE BIAS Search Results

HIGH TEMPERATURE REVERSE BIAS Result Highlights (5)

Part	Manufacturer	Description
GC321AD7LP103KX18J	Murata Manufacturing Co Ltd	High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive
GC331AD7LQ153KX18J	Murata Manufacturing Co Ltd	High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive
GC331CD7LQ473KX19K	Murata Manufacturing Co Ltd	High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive
GC343DD7LP334KX18K	Murata Manufacturing Co Ltd	High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive
GC355DD7LQ224KX18K	Murata Manufacturing Co Ltd	High Effective Capacitance & High Ripple Current Chip Multilayer Ceramic Capacitors for Automotive

HIGH TEMPERATURE REVERSE BIAS Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
HTRB Abstract: ACOL burn-in Text: MicroNote Series 402 by Kent Walters and Bob Werner High Temperature Reverse Bias HTRB Schottky rectifiers are comparatively sensitive to temperature in reverse leakage current, particularly as junction temperature (TJ) approaches maximum rating (TJ(MAX) for their	Original	150oC. HTRB ACOL burn-in	PDF
NE272 Abstract: high temperature reverse bias 12GHZ Text: This report -1.Test presents the qual ification test results-on-NE272 series. Device NE272 AI GaAs /In GaAs 2.Qualification A hetero-junction FEr tests serres of Qual ification tests consists l High temperature DC Bias Test 2)High temperature Reverse Bias	Original	results-on-NE272 NE272 -500nA 12GHZ NE272 high temperature reverse bias 12GHZ	PDF
2N6128 Abstract: No abstract text available Text: TYPE 2N6128 N-P-N SILICON POWER TRANSISTOR X <D H HIGH-FREQUENCY, HIGH-POWER TRANSISTOR WITH COMPUTER-DESIGNED ISOTHERMAL GEOMETRY mc < z z2 §8» 40 mJ Reverse Energy Rating with lc - 20 A and 4 V Reverse Bias Isolated Stud Package 2 o m 30 100 W at 50°C Case Temperature	OCR Scan	2N6128 2N6127	PDF
Untitled Abstract: No abstract text available Text: 30 - 3000 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1204) QBH-4013	PDF
M1014 Abstract: K2078 1c9136 5D9602 AT27C010 AT27C512R 1C9133 27c256r 1A9110 3D9352 Text: PAGE 1 OF 15 ATMEL CORPORATION Tel: 408 441-0311 Fax:(408)436-4200 AT-27C256R CMOS EPROM RELIABILITY DATA* * - 200°C DATA RETENTION BAKE - 125°C DYNAMIC OPERATING LIFE TEST - 125°C HIGH TEMPERATURE REVERSE BIAS (HTRB) - TEMPERATURE CYCLE, CENTRIFUGE, FINE AND GROSS	Original	AT-27C256R from27C256R 4B0691 8703A) M1014 K2078 1c9136 5D9602 AT27C010 AT27C512R 1C9133 27c256r 1A9110 3D9352	PDF
MA3S781F Abstract: No abstract text available Text: Schottky Barrier Diodes SBD MA3S781F Silicon epitaxial planar type For high speed switching circuits Unit: mm 0.28±0.05 0.80±0.05 Reverse voltage VR 30 V Maximum peak reverse voltage VRM 30 V Peak forward current Series Single Series 30 IF 150 Junction temperature	Original	MA3S781F SC-81 MA3S781F	PDF
Untitled Abstract: No abstract text available Text: 5 - 150 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-180	PDF
Untitled Abstract: No abstract text available Text: 5 - 300 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-155	PDF
Untitled Abstract: No abstract text available Text: 10 -150 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1213) QBH-149	PDF
Untitled Abstract: No abstract text available Text: 10 - 1500 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1204) QBH-817	PDF
Untitled Abstract: No abstract text available Text: 5 - 400 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-116	PDF
Untitled Abstract: No abstract text available Text: 10 - 100 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1213) QBH-804	PDF
Untitled Abstract: No abstract text available Text: 10 - 2000 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-816	PDF
Untitled Abstract: No abstract text available Text: 10 - 100 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1204) QBH-854 17/Output	PDF

qbh-102 Abstract: No abstract text available Text: 5 - 500 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications : 1 Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-102 qbh-102	PDF
QB-188 Abstract: No abstract text available Text: 0.5 - 100 MHz REMEC Modular Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-0184 QB-188 QB-188	PDF
Untitled Abstract: No abstract text available Text: 10 - 200 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1213) QBH-136	PDF
Untitled Abstract: No abstract text available Text: 5 - 200 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-304	PDF
Untitled Abstract: No abstract text available Text: 100 - 2000 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-4012	PDF
QBH-150 Abstract: No abstract text available Text: 10 - 300 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1213) QBH-150 QBH-150	PDF
Untitled Abstract: No abstract text available Text: 1100 - 2500 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-4008 Tempe50	PDF
Untitled Abstract: No abstract text available Text: 15 - 700 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-1213) QBH-132	PDF
E52-19044 Abstract: No abstract text available Text: 2 - 70 MHz REMEC Modular Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	E52-19044 QB-101 E52-19044	PDF
Untitled Abstract: No abstract text available Text: 5 - 150 MHz REMEC Hybrid Amplifiers High Dynamic Range Electrical Specifications 1 : Parameter Specification Limit Temperature Frequency Range Small Signal Gain Gain vs. Temperature Gain Flatness Reverse Isolation VSWR Input Output 1 dB Compression Output Intercept Point	Original	QBH-138	PDF

HIGH TEMPERATURE REVERSE BIAS Search Results

HIGH TEMPERATURE REVERSE BIAS Result Highlights (5)

HIGH TEMPERATURE REVERSE BIAS Datasheets Context Search

HTRB

NE272

2N6128

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M1014

MA3S781F

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qbh-102

QB-188

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QBH-150

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E52-19044

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