HIGH TEMPERATURE REVERSE BIAS Search Results

HTRB

Abstract: ACOL burn-in
Contextual Info: 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

NE272

Abstract: high temperature reverse bias 12GHZ
Contextual Info: 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

2N6128

Contextual Info: 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

Contextual Info: 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

M1014

Abstract: K2078 1c9136 5D9602 AT27C010 AT27C512R 1C9133 27c256r 1A9110 3D9352
Contextual Info: 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

MA3S781F

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

qbh-102

Contextual Info: 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

QB-188

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

QBH-150

Contextual Info: 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

Contextual Info: 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

Contextual Info: 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

E52-19044

Contextual Info: 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

Contextual Info: 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