ERA-6 MINI-CIRCUITS RF AMPLIFIER Search Results

12v dc choke circuit

Abstract: 1 microhenry inductor Transistor ERA - 3 rf choke ADCH-80A Micro-Henries ADCH-80 ERA monolithic amplifier ERa series Mini-Circuits ERA-1SM
Contextual Info: Super Wide-band RF Choke Purpose of the Product Use of Heterojunction Bipolar Transistor technology has resulted in development of super wide-band monolithic microwave amplifiers such as Mini-Circuits ERA series. These amplifiers cover a bandwidth from DC to 8 GHz. They need biasing current injected at the RF output port.

Contextual Info: AN-20-003 Super Wide-band RF Choke Purpose of the Product Use of Heterojunction Bipolar Transistor technology has resulted in development of super wide-band monolithic microwave amplifiers such as Mini-Circuits ERA series. These amplifiers cover a bandwidth

MMIC MAV 11

Abstract: VV105
Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-4 Amplifier print this page ERA-4 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f 1 dB Min. (no dB dBm u 3 Comp. damage) Typ. Typ. GHz GHz Absolute

MMIC marking code U

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-6 Amplifier print this page ERA-6 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f 1 dB Min. (no dB dBm u 3 Comp. damage) Typ. Typ. GHz GHz Absolute

ERA-1 MAR

Abstract: MMIC marking code R
Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-1 Amplifier print this page ERA-1 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f 1 dB Min. (no dB dBm u 3 Comp. damage) Typ. Typ. GHz GHz Absolute

era2

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-2 Amplifier print this page ERA-2 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f 1 dB Min. (no dB dBm u 3 Comp. damage) Typ. Typ. GHz GHz Absolute

1990- 2335

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-33SM Amplifier print this page ERA-33SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-3000 15.00 +13.50 +11.50 +13.00

MMIC era

Abstract: MMIC MAR-6 gali-84 TB-432-8A TCCH-80A TB-409-39 Mini-Circuits TB-409-39 MAV-11SM TB-409-74 MCL MAR-6
Contextual Info: MMIC Test Boards: Instructions for Use AN-60-036 1.0 Introduction Mini Circuits manufacture a wide range of 4-pin MMIC surface-mount and drop-in amplifiers. Family of test boards, for evaluating these devices, has been designed as to make them easy to use by customer.

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-21SM Amplifier print this page ERA-21SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-8000 11.20 +12.60 +10.60 +15.00

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-5 Amplifier print this page ERA-5 Frequency Dynamic GAIN, dB Maximum Power, dBm MHz Range fL - fU Min. VSWR In In Output Input NF IP3 DC- 3-f 1 dB Min. (no dB dBm u 3 Comp. damage) Typ. Typ. GHz GHz Absolute

mmic marking 865

Abstract: ERA-4SM mini circuits M 9580
Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-4SM Amplifier print this page ERA-4SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-4000 11.00 +17.30 +15.00 +20.00

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-51SM Amplifier print this page ERA-51SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-4000 14.00 +18.10 +16.50 +13.00

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-3SM Amplifier print this page ERA-3SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-3000 16.00 +12.50 +9.00 +13.00

d 7377 amplifier

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-2SM Amplifier print this page ERA-2SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-6000 13.00 +13.00 +11.00 +15.00

mmic amplifier marking code 414

Abstract: NF 936
Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-6SM Amplifier print this page ERA-6SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-4000 10.50 +17.90 +16.00 +20.00

ERA-1SM

Contextual Info: Mini-Circuits - Specification for Amplifier - ERA-1SM Amplifier print this page ERA-1SM Frequency GAIN, dB Maximum Power, dBm Dynamic Range MHz 3 3 2,4 DC Power Output Input NF 1 dB Min. (no dB Comp. damage) Typ. IP3 dBm Typ. DC-8000 9.00 +12.00 +10.00 +15.00

MMIC marking code R

Abstract: mmic marking code j
Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-7 Amplifier print this page RAM-7 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-2000 9.00 +5.50 +13.00 4.50 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 19.00

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-4 Amplifier print this page RAM-4 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-1000 7.00 +12.50 +13.00 6.50 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 25.50

MMIC marking code R

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-3 Amplifier print this page RAM-3 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-2000 8.00 +10.00 +13.00 6.00 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 23.00

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-8 Amplifier print this page RAM-8 Absolute Frequency GAIN, dB Maximum Power, dBm Dynamic Range Maximum MHz Rating NF dB Typ. IP3 dBm Typ. Thermal resistance Øjc CurI P rent Device Volt V. °C/W (mA) (mW)

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-1 Amplifier print this page RAM-1 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-1000 13.00 +1.50 +13.00 5.50 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 14.00

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-2 Amplifier print this page RAM-2 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-2000 9.00 +4.50 +13.00 6.50 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 17.00

2600 dynamic ram

Contextual Info: Mini-Circuits - Specification for Amplifier - RAM-6 Amplifier print this page RAM-6 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz NF dB Typ. IP3 dBm Typ. DC-2000 9.00 +2.00 +13.00 2.80 Lw=low range fL to fU/2 U=upper range(fU/2 to fU) 14.50

K 2796

Contextual Info: Mini-Circuits - Specification for Amplifier - VAM-7 Amplifier print this page VAM-7 Frequency GAIN, dB Maximum Power, dBm Dynamic Range VSWR MHz IP3 dBm Typ. CurIn Out I P rent Typ. Typ. mA (mW) (mA) Device Volt(V.) DC-2000 8.00 +5.50 +13.00 5.00 Lw=low range(fL to fU/2) U=upper range(fU/2 to fU)