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System for measurements of ionization radiation - MODULE DOCUMENTATION
Pre-amplifier
Pre-amplifier
Detector Vbias
100Meg
Vin Vout
0V 5V
Module responsible _______________________
Specification responsible _______________________
Designers ____________________________________________
General description:
The module integrates the charges generated in the detector, producing an output- voltage signal proportional to the input charge.
CONTENTS
Page 1. SPECIFICATION...
1.1 INTERFACEDESCRIPTIONDIGITALSIGNALS...
1.2 INTERFACEDESCRIPTIONANALOGSIGNALS...
1.3 HIERARCHY...
1.4 FUNCTIONALITY...
1.5 TESTABILITY...
1.6 DESIGNGOALS...
1.7 ELECTRICALSPECIFICATION...
1.8 TIMINGDIAGRAM...
2. DESCRIPTION OF IMPLEMENTATION...
3. VERIFICATION...
4. DELIVERABLES...
4.1 DIGITALMODULES...
4.2 ANALOGMODULES...
Rev Date Description of modification Sign
0 Initial issue
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1. Specification
1.1 Interface description digital signals Inputs, outputs and bidirs in alphabetic order.
Input signals
Signal name From Input delay Description
Output signals
Signal name To Output delay Description
Bidir signals
Signal name From/to Input delay Output delay Description
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1.2 Interface description analog signals Inputs, outputs and bidirs in alphabetic order.
Input signals
Name Load Frequency Voltage Comments
min max min max min max
Vin 1nF 10nF
Output signals
Name Load Frequency Voltage Comments
min max min max min max
Vout 1kohm 100kohm 1khz 1Mhz
Bidir signals
Name Load Frequency Voltage Comments
min max min max min max
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1.3 Hierarchy
1.4 Functionality
Rf 5V Cf
Detector Vbias
100Meg
Vin Vout
0V -A
Cf Rf
t
Cf e Vout Q
The peak of the output voltage corresponds to the induced charge on the detectors electrodes.
Assume average ionized particle energy of 0.5 to 10MeV deposited in the detector.
1.5 Design goals Frequency:
Area:-
Power consumption:-
Supply voltage range: 50.1V Temperature range:0-70C Implementation time:-
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1.6 Electrical specification
Symbol Parameter (condition) Test Level
Min. Typ. Max. Units
DC Characteristics
Dynamic Characteristics
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2. Description of implementation
The implementation strategy should be described here. If special techniques has been used to fulfill the Design goal demands, this should be pointed out.
3. Verification
Describe the strategy used for verifying that the module works according to specification.
how is the module simulated?
which functions and parameters are covered and which are not covered by the simulations? (Referred to specification)
how is the other functions and parameters verified?
what are the results compared to (customer facit, Matlab model, C-program, Behavioral model, manually from specification, other)
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Deliverables
3.1 Analog modules
The following documents should be included in the module documentation:
Schematics
Test bench(es)
The following documents may be included in the module documentation (optional):
HDL-A or other high level models
Plots and text outputs from simulations
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