ZNBG6000 DIODES [Diodes Incorporated], ZNBG6000 Datasheet
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ZNBG6000
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ZNBG6000 Summary of contents
Page 1
... In setting drain current the ZNBG4000/1 two resistors allows individual FET pair control to different levels, the ZNBG6000/1 two resistors split control between two and four FETs. This allows the operating current of input FETs to be adjusted to minimise noise, whilst the following FET stages can separately be adjusted for maximum gain ...
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... ZNBG4000 ZNBG4000 ZNBG4001 ZNBG6000 ZNBG6001 ABSOLUTE MAXIMUM RATINGS Supply Voltage -0.6V to 15V Supply Current 100mA Drain Current (per FET 15mA (set by R and R ) CAL1 CAL2 Output Current 100mA Operating Temperature -40 to 70°C Storage Temperature -50 to 85°C ELECTRICAL CHARACTERISTICS TEST CONDITIONS (Unless otherwise stated): T 25° ...
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... The characteristics are measured using two external reference resistors R ground. For the ZNBG4000, resistor R sets the drain current of FETs 1 and 2, resistor R CAL1 For the ZNBG6000, resistor R sets the drain current of FETs 1 and 4, resistor R CAL1 3. Noise voltage is not measured in production. 4. Noise voltage measurement is made with FETs and gate and drain capacitors in place on all outputs ...
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... ZNBG4000 ZNBG4000 ZNBG4001 ZNBG6000 ZNBG6001 TYPICAL CHARACTERISTICS 16 Vcc = (k) cal JFET Drain Current v R 2.4 2.3 2.2 Vcc = 10V 2.1 2 Drain Current (mA) JFET Drain Voltage v Drain Current Note:- Operation with loads > 200µA is not guaranteed. ...
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... The diagram above shows a single stage from the ZNBG series. The ZNBG4000/1 contains 4 such stages, the ZNBG6000/1 contains 6. The negative rail generator is common to all devices. The drain voltage of the external FET Q This is determined by the on board V 2 ...
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... FETs. Two R provided. For the ZNBG4000, resistor R sets the drain current of FETs 3 and 4. For the ZNBG6000, resistor R of FETs 1 and 4, resistor R sets the drain current of FETs and 6. If the same drain current ...
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... FETs can no longer be controlled, the drain supply to FETs is shut down to avoid damage to the FETs by excessive drain current. The following diagrams show the ZNBG4000/1 and ZNBG6000/1 in typical LNB applications. Within each FET gain stage the numbering system indicates how the bias stages relate to the application circuits ...
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... ZNBG4000 ZNBG4000 ZNBG4001 ZNBG6000 ZNBG6001 Dual standard or enhanced LNB block diagram. High Gain 4-144 ...
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... CONNECTION DIAGRAMS ZNBG4000 ZNBG4001 ORDERING INFORMATION Part Number Package ZNBG4000Q16 QSOP16 ZNBG4001Q16 QSOP16 ZNBG6000Q20 QSOP20 ZNBG6001Q20 QSOP20 ZNBG4000 ZNBG4001 ZNBG4000 ZNBG6000 ZNBG6001 ZNBG6000 ZNBG6001 Part Mark ZNBG4000 ZNBG4001 ZNBG6000 ZNBG6001 4-145 ...
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... ZNBG4000 ZNBG4001 ZNBG4000 ZNBG6000 ZNBG6001 PACKAGE DIMENSIONS IDENTIFICATION RECESS FOR PIN 1 PIN No.1 QSOP16 PIN Millimetres Inches MIN MAX MIN MAX A 4.80 4.90 0.033 0.039 B 0.635 0.025 NOM C 0.177 0.267 0.007 0.011 D 0.20 0.30 0.008 0.012 E 3.81 3.99 0.15 0.157 F 1.35 1.75 0.053 0.069 G 0.10 0.25 0.004 0.01 J 5.79 6.20 0.228 0.244 K 0° 8° 0° ...