E5212 Search Results

BPX65

Abstract: BPX65 amplifier Schematics 5250 NE5212 Signetics LM733 BPX-65 BPX65-100SMA NE5212 photodiode BPX65 5902
Contextual Info: CENTRONIC b2E INC-, E-0 DIV D • mSSSD OOODMÖb blT B i C E N B BPX65-100 Fiberoptic Receiver The BPX65-100 receiver contains a BPX-65 ultra high speed photodiode coupled to an N E5212 Signetics transimpedance amplifier. Standard products include ST and SM A connector versions.

Contextual Info: 100 - 2000 MHz Hybrid Amplifier QBH-4015 Parameters Guaranteed Guaranteed -55 to +85°C 100 - 2000 19.5 ± 1.0 +2.0/-1.0 1.4 1.9 35 35 1.5:1 1.7:1 2.0:1 2.2:1 +16 +15 Units 25°C Frequency range Small signal gain Gain vs. temperature Gain flatness Reverse isolation

Contextual Info: 30 - 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: 824 - 849 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: 20 - 1000 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-845

Contextual Info: 3 - 100 MHz REMEC Hybrid Amplifiers Low Noise Figure 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: 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

QBH-851

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: 50 - 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 - 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: 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: 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

Contextual Info: 50 - 600 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

FR400

Abstract: GR47 W1951 E-4140-B E4403B E4407B E5072 E5070B E5137B E4440
Contextual Info: FUJITSU SEMICONDUCTOR CM71-00205-4E CONTROLLER MANUAL FR-V FAMILY SOFTUNETM C/C+ COMPILER MANUAL for V6 FR-V FAMILY SOFTUNETM C/C+ COMPILER MANUAL for V6 FUJITSU LIMITED PREFACE • Objective of This Manual and Target Readers This manual describes the Softune C/C+ compiler hereinafter referred to as the C/C+

QBH-118

Contextual Info: 3 - 100 MHz Hybrid Amplifier QBH-118 Parameters Frequency range Small signal gain Gain vs. temperature Gain flatness Reverse isolation VSWR Input Output 1 dB compression Output intercept point 3rd Order 2nd Order Noise figure DC supply voltage* DC supply current

ce-0802 tdk

Abstract: ce-0802 341V ch-5001s E5212 TDK ce series converter
Contextual Info: DC to DC Converters Power supplies DC to DC converters DC TO DC CONVERTERS Input voltage Edc: 4.5 to 18V CE- series CE-0802, 0803 FEATURES • For STN L.C. bias. • On board, non isolation type DC to DC converter. • Surface mountable type. SPECIFICATIONS

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 - 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

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: 200 - 3000 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 - 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: 1 - 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 - 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

ISO7816-4

Abstract: GCR400 GCR500 GCI400 product audit iso 7816-4 GPM2k OROS222 gemplus and card iso 7810
Contextual Info: GPM2K Technical Specifications Version 1.01 January 1996 At the time of going to press, this manual is as thorough and correct as possible; however, information herein contained may have been updated after this date. GEMPLUS reserves the right to change the functions and specifications