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MAR-1+

Mini-Circuits
Part Number MAR-1+
Manufacturer Mini-Circuits
Description (MAR-x+) ML AMPL / SURF MT / T&R / RoHS
Published Mar 14, 2008
Detailed Description www.DataSheet4U.com Drop-In Monolithic Amplifiers 50Ω DC to 2000 MHz Features • wideband, DC to 2000 MHz • high gain, u...
Datasheet PDF File MAR-1+ PDF File

MAR-1+
MAR-1+

Overview
www.
DataSheet4U.
com Drop-In Monolithic Amplifiers 50Ω DC to 2000 MHz Features • wideband, DC to 2000 MHz • high gain, up to 32.
5 dB @ 100 MHz • low noise • MAR-1+, MAR-3+, MAR-4+ are equivalent to MSA-0185, MSA-0385, MSA-0485, respectively.
• cascadable • protected by US Patent, 6,943,629 (except MAR-6+) MAR+ SERIES CASE STYLE: VV105 + RoHS compliant in accordance with EU Directive (2002/95/EC) The +Suffix has been added in order to identify RoHS Compliance.
See our web site for RoHS Compliance methodologies and qualifications.
Applications • cellular • PCN instrumentation Electrical Specifications * MODEL NO.
FREQ.
2 (MHz) GAIN (dB) Typical at MHz MAXIMUM POWER (dBm) Note 1 Min.
15 8.
0 7.
0 15 Output (1 dB Compr.
) Typ.
+2.
5 +10.
0 +12.
5 +3.
0 Input (no damage) +13 +13 +13 +13 DYNAMIC RANGE VSWR (:1) Typ.
ABSOLUTE MAXIMUM RATING6 (25ºC) I (mA) 40 70 85 50 P (mW) 200 400 500 200 DC OPERATING POWER7 at Pin 3 Current (mA) 17 35 50 16 Device Volt Typ.
5.
0 5.
0 5.
25 3.
50 THERMAL RESISTANCE5 PRICE $ MAR-1+ MAR-3+ MAR-4+ MAR-6+ fL DC DC DC DC fU 1000 2000 1000 2000 100 17.
8 12.
5 8.
3 22 1000 16.
5 12.
0 8.
0 20 2000 — 10.
5 — 17 NF (dB) Typ.
3.
5 6.
0 7.
0 3.
0 IP3 (dBm) Typ.
+14.
0 +23.
0 +25.
5 +14.
5 In 1.
3 1.
5 1.
5 1.
7 Out 1.
2 1.
7 1.
9 1.
7 ºC/W 115 115 100 120 Qty.
(30) 0.
99 1.
19 1.
29 1.
16 * Test data based on models tested with bent leads per case style WW107 NOTES: 1.
Minimum gain over the full frequency range and temperature range.
2.
Low frequency cutoff determined by external coupling capacitors.
3.
Frequency at which output power, NF and IP3 are specified: 500 MHz for MAR-1+ and MAR-6+, 1000 MHz for all other models.
4.
MAR-6+ models potentially unstable with very high VSWR terminations.
5.
Thermal resistance θjc is from hottest junction in device to mounting surface of leads.
6.
Permanent damage may occur if any of these limits are exceeded.
These ratings are not intended for continuous normal operation.
7.
Supply voltage must be connected to pin 3 through a bi...


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