GPDGPM

GPDGPM TELEDYNE | Alldatasheet

Document overview

• Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
• PDF pages: 24

Technical content

Features

• Small Size
• Hermetic
• High Gain
• Modifiable Roll-off

Applications

• Gain Blocks
• Mixer Post/Pre-Amp
• Prototypes

Description

The GPD and GPM amplifiers, available in TO-12 (4-pin) and TO-39 (3-pin) packages, are designed for applications which require the highest performance- to-cost ratio or where size is an important factor. Some versions are equipped with internal cou- pling and bypass capacitors, however the “60” Series requires external coupling and bypass capacitors. This gives the user freedom to set the low frequency roll-off as needed. The GPM modules contain Si MMICs, while the GPD modules are discrete hybrid devices. These amplifiers are excellent for IF amplification purposes such as mixer postamps. Case Types TO-39 TO-12 GROUND V +, RFOUT RF IN GROUND CASE GROUNDV + RFOUTRF IN Product Options GPD – 405R Screening Option Blank = No Screening R = R-Series Screening For more information on R-Series screening, see Reliability Screening, Pub. 5963-3240E. Model Number Prefix GPD- GPM- Model Number Next >>

GPD Series Low Cost Amplifiers, TO-39 Package 1 Typical Specifications at 25 °C Gain Gain 2 Power Output 3rd-Order Input Power Frequency over over Noise at 1 dB Gain Gain Intercept ( ±1% Reg.) Response 0 ° to 50°C –55 ° to +85°C Figure Compression Flatness Point Voltage Current (MHz) (dB) (dB) (dB) (dBm) ( ± dB) (dBm) (VDC) (mA) Model Minimum Minimum Minimum Typical Typical Typical Typical Typical Typical Notes: 1. Three external capacitors (input, output coupling and RF bypass) are required to establish low frequency roll-off. An external bias resistor, with a value determined by the available bias voltage (R D = [VCC – VD] ÷ ID), where RD is the value of the bias resistor (Ohms), V CC is the available source voltage, V D is the required device bias voltage (per specification) and I D is the device current (per specification). 2. Military temperature conditions: –55° to +85°C GPD Series Low Cost Amplifiers, TO-12 Package Guaranteed Specifications at 0 ° to 50°C Case Temperature,Typical Values at 25 °C Power Output 3rd-Order Input Power Frequency Noise for 1 dB Gain Gain Intercept ( ±1% Reg.) Response Gain Gain 2 Figure Compression Flatness Point Voltage Current (MHz) (dB) (dB) (dB) (dBm) ( ± dB) (dBm) (VDC) (mA) Model Minimum Minimum Minimum Typical Typical Typical Typical Typical Typical GPD-201 5-200 30 26 3.0 +5 1.0 +13 +15 30 GPD-202 5-200 25 23 5.5 +11 1.0 +18 +15 60 GPD-251 5-200 25 23 4.0 +1 1.0 +10 +5 30 GPD-252 5-200 15 14 4.0 0 1.0 +12 +5 11 GPD-401/-4611 5-400 13 12 4.0 –2 1.0 +9 +15 10 GPD-411 5-400 12 11 3.0 –6 1.0 +4 +15 7 GPD-402/-4621 5-400 13 12 8.0 +8 1.0 +18 +15 24 GPD-403/-4631 5-400 9 8 7.5 +16 1.0 +25 +24 65 GPD-404/-4641 5-400 9 8 7.5 +17 1.0 +26 +15 70 GPD-405 10-400 13 12 6.5 +23 1.0 +36 +15 90 GPM-552 5-500 33 32 4.5 0 0.2 +14 +15 34 GPD-1001/-10611 5-1000 12 11 6.0 0 1.0 +12 +15 15 GPD-1002/-10621 5-1000 12 11 7.0 +6 1.0 +16 +15 27 GPM-1052 5-1000 20 20 7.0 +8 0.3 +20 +15 60 GPD-1003/-10631 5-1000 10 9 7.0 +14 1.0 +25 +15 55 Notes: 1. The 60 Series is the same as the standard series except that three external capacitors are required to establish low frequency roll-off. 2. Military temperature conditions: –55° to +85°C < Previous Next >>

Maximum Ratings and Thermal Characteristics Table Maximum Ratings Thermal Characteristics1 Continuous Active Junction RF Operating “R” Series Transistor Temp. MTBF DC Input Case Storage Burn-In Power Above Case MIL-HDBK-217E, Voltage Power Temp. Temp. Temp. q JC Dissipation Temp. A UF @ 90°C Weight Model (Volts) (dBm) ( °C) ( °C) ( °C) ( °C/W) (mW) (° C) (Hrs) (Grams) GPD-201 +17 +13 –55 to +125 –62 to +150 +125 105/105 15/33 2/3 1,678,671 1.5 GPD-202 +17 +13 –55 to +125 –62 to +150 +125 105/105 69/116 7/12 1,621,478 1.5 GPD-251 +12 +13 –55 to +125 –62 to +150 +125 105/105 25/43 2/5 1,678,323 1.5 GPD-252 +12 +13 –55 to +125 –62 to +150 +125 105 20 2 2,000,470 1.5 GPD-401/-461 +17 +13 –55 to +125 –62 to +150 +125 90 14 2 2,045,316 (401) 1.5 2,388,527 (461) GPD-402/-462 +17 +13 –55 to +125 –62 to +150 +125 90 82 7 2,325,901 (402) 1.5 2,640,329 (462) GPD-403/-463 +25 +13 –55 to +125 –62 to +150 +125 85 275 23 3,058,127 (403) 1.5 3,602,215 (463) GPD-404/-464 +17 +13 –55 to +115 –62 to +150 +115 85 330 28 2,435,672 (404) 1.5 2,512,908 (464) GPD-405 +17 +13 –55 to +100 –62 to +150 +100 55 750 41 1,607,022 1.5 GPD-411 +17 +13 –55 to +125 –62 to +150 +125 105 2 242 32 1,608,303 1.5 GPM-552 +17 +17 –55 to +125 –62 to +150 +125 135/135 85/85 12/12 — 1.5 GPD-1001/-1061 +17 +13 –55 to +125 –62 to +150 +125 105 37 4 1,639,228 (1001) 1.5 1,910,397 (1061) GPD-1002/-1062 +17 +13 –55 to +125 –62 to +150 +125 105 82 9 1,639,228 (1002) 1.5 1,882,476 (1062) GPD-1003/-1063 +17 +13 –55 to +125 –62 to +150 +125 75 185 14 869,341 (1003) 1.5 2,101,101 (1063) GPM-1052 +17 +17 –55 to +125 –62 to +150 +125 130/130 125/175 16/23 — 1.5 Notes: 1. Values refer to 1st and 2nd stage transistors respectively. (@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 45IP2, dBm 1.5 1.25 100 150 200 1.0 500 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 100 150 200500 Noise Figure Frequency, MHz Noise Figure, dB 100 150 200500 Frequency, MHz 100 150 200 505 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 100 150 200500 100 150 200500 100 150 200500 GPD-201—5 to 200 MHz Typical Performance Over Temperature < Previous Next >>

GPD-201—5 to 200 MHz (continued) Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Bias = 15.00 Volts Numerical Readings (Typical production unit @ +25 °C ambient) S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 GPD-202—5 to 200 MHz Typical Performance Over Temperature (@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C Gain Frequency, MHz Gain, dB 100 150 200505 Noise Figure Frequency, MHz Noise Figure, dB 100 150 200505 Frequency, MHz 100 150 200 505 Power Output @ 1 dB Gain Compression, dBm Power Output < Previous Next >>

GPD-202—5 to 200 MHz (continued) Typical Performance Over Temperature S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 15.00 Volts Automatic Network Analyzer Measurements (Typical production unit @ +25 °C ambient) Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 45IP2, dBm 1.5 1.25 100 150 200 1.0 505 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz 2.0 1.75 1.5 1.25 1.0 2.0 100 150 200505 100 150 200500 100 150 200500 < Previous Next >>

Key: +25°C +85°C -55°C (@ +5 VDC unless otherwise noted) (Typical production unit @ +25 °C ambient)Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 5.00 Volts GPD-251—5 to 200 MHz Typical Performance Over Temperature Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 30IP2, dBm 1.5 1.25 100 150 200 1.0 505 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 100 150 200505 Noise Figure Frequency, MHz Noise Figure, dB 100 150 200500 Frequency, MHz 100 150 200 505 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 100 150 200505 100 150 200500 100 150 200500 < Previous Next >>

Key: +25°C +85°C -55°C (@ +5 VDC unless otherwise noted) GPD-252—5 to 200 MHz Typical Performance Over Temperature GPD-251—5 to 200 MHz (continued) Automatic Network Analyzer Measurements S-Parameters S11 S21 Bias = 5.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 26IP2, dBm 1.5 1.25 100 150 200 1.0 500 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 100 150 200500 Noise Figure Frequency, MHz Noise Figure, dB 100 150 200505 Frequency, MHz 100 150 200 500 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 100 150 200500 100 150 200505 100 150 200505 < Previous Next >>

(Typical production unit @ +25 °C ambient) FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 5.00 Volts S-Parameters S11 S21 Bias = 5.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 (@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C GPD-252—5 to 200 MHz Automatic Network Analyzer Measurements GPD-401/461—5 to 400 MHz Typical Performance Over Temperature Gain Frequency, MHz Gain, dB 200 300 4001000 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001000 Frequency, MHz 200 300 400 1000 Power Output @ 1 dB Gain Compression, dBm Power Output 14 2 < Previous Next >>

Key: +25°C +85°C -55°C Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 15.00 Volts S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 GPD-401/461—5 to 400 MHz (continued) Typical Performance Over Temperature (@ +15 VDC unless otherwise noted) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 17IP2, dBm 1.5 1.25 200 300 400 1.0 1005 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz 2.0 1.75 1.5 1.25 1.0 2.0 200 300 4001005 200 300 4001000 200 300 4001005 < Previous Next >>

Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) (Typical production unit @ +25 °C ambient)Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 15.00 Volts GPD-402/462—5 to 400 MHz Typical Performance Over Temperature Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 29IP2, dBm 1.5 1.25 200 300 400 1.0 1000 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 200 300 4001000 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001000 Frequency, MHz 200 300 400 1000 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 200 300 4001005 200 300 4001000 200 300 4001000 < Previous Next >>

Key: +25°C +85°C -55°C (@ +24 VDC unless otherwise noted) S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 GPD-402/462—5 to 400 MHz (continued) Automatic Network Analyzer Measurements GPD-403/463—5 to 400 MHz Typical Performance Over Temperature (Typical production unit @ +25 °C ambient) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 55IP2, dBm 1.5 1.25 200 300 400 1.0 1005 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 200 300 4001005 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001005 Frequency, MHz 200 300 400 1005 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 200 300 4001005 200 300 4001000 200 300 4001000 < Previous Next >>

FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 24.00 Volts GPD-403/463—5 to 400 MHz (continued) Automatic Network Analyzer Measurements S-Parameters S11 S21 Bias = 24.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 < Previous Next >>

(@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings (Typical production unit @ +25 °C ambient) Bias = 15.00 Volts GPD-404/464—5 to 400 MHz Typical Performance Over Temperature Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 45IP2, dBm 1.5 1.25 200 300 400 1.0 1005 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 200 300 4001005 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001005 Frequency, MHz 200 300 400 1005 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 200 300 4001005 200 300 4001005 200 300 4001005 < Previous Next >>

MHz Mag Ang dB Ang dB Ang Mag Ang S21 Bias = 15.00 Volts S12 S22 (@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C GPD-404/464—5 to 400 MHz (continued) Automatic Network Analyzer Measurements GPD-405—10 to 400 MHz Typical Performance Over Temperature (Typical production unit @ +25 °C ambient) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 1.5 1.25 200 300 400 1.0 10010 Input VSWR VSWR IP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 200 300 4001000 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001000 Frequency, MHz 200 300 400 1000 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 200 300 40010010 200 300 4001000 < Previous Next >>

Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 (Typical production unit @ +25 °C ambient) Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) S-Parameters GPD-405—10 to 400 MHz (continued) Automatic Network Analyzer Measurements GPD-411—5 to 400 MHz Typical Performance Over Temperature Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 12IP2, dBm 1.5 1.25 200 300 400 1.0 1000 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 200 300 4001000 Noise Figure Frequency, MHz Noise Figure, dB 200 300 4001000 Frequency, MHz 200 300 400 1000 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 200 300 40010010 200 300 4001000 200 300 40010010 < Previous Next >>

FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 15.00 Volts S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 GPD-1001/1061—5 to 1000 MHz Typical Performance Over Temperature Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) GPD-411—5 to 400 MHz (continued) Automatic Network Analyzer Measurements Gain Frequency, MHz Gain, dB 400 600 8002000 Noise Figure Frequency, MHz Noise Figure, dB Frequency, MHz Power Output @ 1 dB Gain Compression, dBm Power Output 10 3 1000 400 600 8002000 1000 400 600 8002000 100 < Previous Next >>

Key: +25°C +85°C -55°C S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 15.00 Volts GPD-1001/1061—5 to 1000 MHz (continued) Typical Performance Over Temperature (@ +15 VDC unless otherwise noted) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 45IP2, dBm 1.5 1.25 1.0 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz 2.0 1.75 1.5 1.25 1.0 2.0 400 600 8002000 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 < Previous Next >>

Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 15.00 Volts GPD-1002/1062—5 to 1000 MHz Typical Performance Over Temperature Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 40IP2, dBm 1.5 1.25 1.0 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 400 600 8002005 Noise Figure Frequency, MHz Noise Figure, dB Frequency, MHz Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 < Previous Next >>

Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) GPD-1002/1062—5 to 1000 MHz (continued) Automatic Network Analyzer Measurements GPD-1003/1063—5 to 100 MHz Typical Performance Over Temperature (Typical production unit @ +25 °C ambient) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 40IP2, dBm 1.5 1.25 1.0 Input VSWR VSWRIP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 400 600 8002005 Noise Figure Frequency, MHz Noise Figure, dB Frequency, MHz 14.5 14.0 13.5 13.0 12.5 Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 22 3 < Previous Next >>

FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 15.00 Volts S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 (Typical production unit @ +25 °C ambient) (@ +15 VDC unless otherwise noted) Key: +25°C +85°C -55°C GPD-1003/1063 (continued) Automatic Network Analyzer Measurements GPM-552—5 to 500 MHz Typical Performance Over Temperature Gain Frequency, MHz Gain, dB 400 600 8002005 Noise Figure Frequency, MHz Noise Figure, dB Frequency, MHz Power Output @ 1 dB Gain Compression, dBm Power Output 1000 400 600 800 2005 1000 400 600 8002005 1000 < Previous Next >>

Key: +25°C +85°C -55°C Automatic Network Analyzer Measurements FREQUENCY VSWR GAIN PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEV ns OUT dB (Typical production unit @ +25 °C ambient) Numerical Readings Bias = 15.00 Volts S-Parameters S11 S21 Bias = 15.00 Volts, 31.80 mA FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 GPM-552—5 to 500 MHz (continued) Typical Performance Over Temperature (@ +15 VDC unless otherwise noted) Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 24IP2, dBm 1.5 1.25 1.0 Input VSWR VSWR IP3, dBm Third-Order Intercept Point Frequency, MHz 2.0 1.75 1.5 1.25 1.0 2.0 Second-Harmonic Intercept Point Frequency, MHz HP 2, dBm 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 400 600 8002005 1000 12 2 < Previous Next >>

Key: +25°C +85°C -55°C (@ +15 VDC unless otherwise noted) GPM-1052—5 to 1000 MHz Typical Performance Over Temperature Automatic Network Analyzer Measurements (Typical production unit @ +25 °C ambient) FREQUENCY VSWR GAIN PHASE PHASE GROUP DELAY VSWR ISOLATION MHz IN dB DEGREES DEV ns OUT dB Numerical Readings Bias = 15.00 Volts Frequency, MHz VSWR Frequency, MHz Output VSWR 1.75 Second-Order Intercept Point Frequency, MHz 55IP2, dBm 1.5 1.25 1.0 Input VSWR VSWR IP3, dBm Third-Order Intercept Point Frequency, MHz Gain Frequency, MHz Gain, dB 800 1200 16004005 Noise Figure Frequency, MHz Noise Figure, dB Frequency, MHz Power Output @ 1 dB Gain Compression, dBm Power Output 2.0 1.75 1.5 1.25 1.0 2.0 Second-Harmonic Intercept Point Frequency, MHz HP 2, dBm 2000 800 1200 1600 4005 2000 800 1200 16004005 2000 800 1200 16004005 2000 25 40 800 1200 16004005 2000 800 1200 16004005 2000 800 1200 16004005 2000 800 1200 16004005 2000 < Previous Next >>

GPM-1052—5 to 1000 MHz (continued) Automatic Network Analyzer Measurements S-Parameters S11 S21 Bias = 15.00 Volts FREQUENCY MHz Mag Ang dB Ang dB Ang Mag Ang S12 S22 (Typical production unit @ +25 °C ambient) < Previous Next >>

.200 TYP .100 TYP V

45 TYP

.034 .028 .045 .029 GROUND .185 .165 .250 +0.050 / –0.020 (4X) .370 .335DIA. .330 .305DIA. .028 .020 SEATING PLANE

4 LEADS

.019 .016DIA. NOTES (UNLESS OTHERWISE SPECIFIED): 1. FOR GPD-405 (TO-12T CASE) THESE DIMENSIONS ARE: 2. DIMENSIONS ARE SPECIFIED IN INCHES .230 .260 RFIN RFOUT APPROXIMATE WEIGHT 1.7 GRAMS GLASS RING .070 DIA TYP (3X) TO-39 .200 TYP .100 TYP .034 .028 .045 .029 GROUND .185 .165 .25 MIN .370 .335DIA. .330 .305DIA. .125 .009 SEATING PLANE

3 LEADS

.019 .016DIA. DIMENSIONS ARE SPECIFIED IN INCHES RFOUT RF IN APPROXIMATE WEIGHT 1.7 GRAMS GLASS RING .070 DIA TYP (2X) NOTES (UNLESS OTHERWISE SPECIFIED): 1. DIMENSIONS ARE SPECIFIED IN INCHES 2. TOLERANCES: xx ± .02 xxx ± .010 < Previous Contact Teledyne Microwave Solutions: 650-691-9800 650-962-6845 fax Check for updates: www.teledynemicrowave.com