(MP4TD1135 / MP4TD1136) Silicon Bipolar MMIC Cascadable Amplifier - M-pulse Microwave
Description
M-Pulse Microwave
Silicon Bipolar MMIC Cascadable Amplifier
Features • High Dynamic Range Cascadable
50Ω/75Ω Gain Block • 3dB Bandwidth: 50 MHz to 1.
0 GHz • 17 dBm Typical P1dB @ 0.
7 GHz • 11 dB Typical Gain @ 0.
5 GHz • 4.
0 dB Typical Noise Figre @ 0.
7 GHz • Cost Effective Ceramic Microstrip Package • Tape and Reel Packaging Available
MP4TD1135, MP4TD1136
Ceramic Microstrip Case Style Outlines1,2,3
Available in short lead version as MP4TD1136.
4 .
085 2,15 RF OUT AND BIAS 3 .
020 0,508 GND
RF INPUT 1
Description
M-Pulse's MP4TD1135 and MP4TD1136 are high performance silicon bipolar MMICs housed in cost effective ceramic microstrip packages.
The MP4TD1135 and MP4TD1136 are designed for use in 50Ω or 75Ω systems where a high dynamic range gain block is required.
Typical applications include narrow and wide band IF and RF amplifiers in industrial and military applications.
The MP4TD1135 and MP4TD1136 are fabricated using a 10 GHz fT silicon bipolar technology that features gold metalization and IC passivation for increased performance and reliability.
.
057 1,45 .
455 ±.
030 11,54 ±0,76 0.
180±0.
010 4.
57 ±0,25 MA4TD1136 2 GND
.
100 2,54 ø .
083 2,11 .
022 0,56
.
006 ±.
002 0,15 ±0,05
MA4TD1135
TYPICAL POWER GAIN vs FREQUENCY
14 12 10 GAIN (dB) 8 6 4 Id=60mA
Notes: (unless otherwise specified) 1.
Dimensions are in / mm 2.
Tolerance: in .
xxx = ±.
005; mm .
xx = ±.
13 3.
See last page of data sheet for short lead Micro-X
www.
DataSheet4U.
com
0 0.
1 1 FREQUENCY (GHz) 10
2
Pin Configuration Pin Number 1 2&4 3 Units dB dB GHz dBm dB dBm ps V mV/°C
Pin Description RF Input AC/DC Ground RF Output and DC Bias Min.
11.
5 16.
0 4.
5 Typ.
12.
5 + 0.
9 1.
0 2.
0 1.
9 17.
0 4.
0 30.
0 160 5.
5 -8.
0 Max.
13.
5 + 1.
1 4.
5 6.
5 -
Electrical Specifications @ TA = +25°C, Id = 60 mA, Z0 = 50Ω Symbol Parameters Test Conditions 2 Gp f = 0.
1 GHz Power Gain (⏐S21⏐ ) Gain Flatness f = 0.
1 to 0.
7 GHz ΔGp f3dB 3 dB Bandwidth ref 50 MHz Gain SWRin Input SWR f = 0.
1 to 2.
0 GHz SWRout Output SWR f = 0.
1 to 2.
0 GHz P...
Similar Datasheet
