SGB-4533, SGB-6433, SGB-6533 Selling Leads, Datasheet
MFG:SIRENZA Package Cooled:QFN-16 D/C:03+
SGB-4533, SGB-6433, SGB-6533 Datasheet download
Part Number: SGB-4533
MFG: SIRENZA
Package Cooled: QFN-16
D/C: 03+
MFG:SIRENZA Package Cooled:QFN-16 D/C:03+
SGB-4533, SGB-6433, SGB-6533 Datasheet download
MFG: SIRENZA
Package Cooled: QFN-16
D/C: 03+
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PDF/DataSheet Download
Datasheet: SGB-4533
File Size: 202453 KB
Manufacturer: ETC [ETC]
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PDF/DataSheet Download
Datasheet: SGB-6433
File Size: 144679 KB
Manufacturer: ETC [ETC]
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PDF/DataSheet Download
Datasheet: SGB02N120
File Size: 399002 KB
Manufacturer: INFINEON [Infineon Technologies AG]
Download : Click here to Download
Sirenza Microdevices' SGB-4533 is a high performance SiGe HBT MMIC amplifier utilizing a Darlington configuration with an active bias network. The active bias network provides stable current over temperature and process Beta variations. Designed to run directly from a 3V to 5V supply the SGB-4533 does not require a drop resistor as compared to typical Darlington amplifiers. This robust amplifier features a Class 1C ESD rating, low thermal resistance , and unconditional stability. The SGB-4533 product is designed for high linearity 3V gain block applications that require small size and minimal external components. It is on chip matched to 50 ohm and an external bias inductor choke is required for the application band.
Parameter |
Value |
Unit |
Current (Ic total) |
150 |
mA |
Device Voltage (VD) |
2 |
V |
Power Dissipation |
0.4 |
W |
Operating Lead Temperature (TL) |
-40 to +85
|
ºC
|
RF Input Power |
20 |
dBm |
Storage Temperature Range |
40 to +150 |
°C |
Operating Junction Temperature (TJ) |
+150 |
°C |
Sirenza Microdevices' SGB-6433 is a high performance SiGe HBT MMIC amplifier utilizing a Darlington configuration with an active bias network. The active bias network provides stable current over temperature and process Beta variations. Designed to run directly from a 5V supply the SGB-6433 does not require a drop resistor as compared to typical Darlington amplifiers. This robust amplifier features a Class 1C ESD rating, low thermal resistance , and unconditional stability. The SGB-6433 product is designed for high linearity 5V gain block applications that require small size and minimal external components. It is on chip matched to 50 ohm and an external bias inductor choke is required for the application band.
Parameter |
Value |
Unit |
Current (Ic total) |
150 |
mA |
Device Voltage (VD) |
6.5 |
V |
Power Dissipation |
0.75 |
W |
Operating Lead Temperature (TL) |
-40 to +85
|
ºC
|
RF Input Power |
20 |
dBm |
Storage Temperature Range |
40 to +150 |
°C |
Operating Junction Temperature (TJ) |
+150 |
°C |
Sirenza Microdevices! SGB-6533 is a highperformance SiGe HBT MMIC amplifier utilizing a Darlington configuration with an active bias network. The active bias network provides stable current over temperature and process Beta variations. Designed to run directly from a 5V supply the SGB-6533 does not require a drop resistor as compared to typical Darlington amplifiers. This robust amplifier features a Class 1C ESD rating, low thermal resistance , and unconditional stability. The SGB-6533 product is designed for high linearity 5V gain block applications that require small size and minimal external components. It is on chip matched to 50 ohm and an external bias inductor choke is required for the application band.
This product is available in a RoHS Compliant and Green package with matte tin finish, designated by the "Z"package suffix.
Parameters |
Value |
Unit |
Current (Ic total) |
150 |
mA |
Device Voltage (VD) |
6.5 |
V |
Power Dissipation |
0.75 |
W |
Operating Lead Temperature (TL) |
-40 to +85 |
|
RF Input Power, Zload = 50 ohm |
15 |
dBm |
RF Input Power, Zload > 10:1 VSWR |
7 |
dBm |
Storage Temperature Range |
-40 to +150 |
|
Operating Junction Temperature (TJ) |
+150 |
Operation of this device beyond any one of these limits may cause permanent damage. For reliable continuous operation the device voltage and current must not exceed the maximum operating values specified in the table on page one.Bias conditions should also satisfy the following expression:IDVD < (TJ - TL ) / RTH, j-l