List I (FET Parameters) | List II (Typical Values) | ||
---|---|---|---|
A. | gm for JFET | 1. | 25 kW |
B. | rd for JFET | 2. | 0.01 siemen |
C. | rd for MOSFET | 3. | 0.5 mW |
D. | gg for JFET | 4. | 10-8 siemen |
List I (Library function in Pascal) | List II (Type of argument) | ||
---|---|---|---|
A. | ROUND X | 1. | X in radians |
B. | ABS X | 2. | X real |
C. | SQR X | 3. | X real or integer |
D. | SIN X |
List I | List II | ||
---|---|---|---|
A. | SSB Modulation | 1. | Transmission line |
B. | ? . B = 0 | 2. | Hilbert transform |
C. | Model dispersion | 3. | Faraday's law |
4. | Absence of magnetic monopoles | ||
5. | Waveguides | ||
6. | Phase locked loop |
List I | List II | ||
---|---|---|---|
A. | DMA controller | 1. | Interface between computer and video display adapter |
B. | CKT controller | 2. | Used to read data directly from disk into directly memory |
C. | Interrupt controller | 3. | Supervises the operation of control signal |
List I (Laws of Boolean) | List II (Relation algebra) | ||
---|---|---|---|
A. | Distributive law | 1. | x + x = x |
B. | DeMorgans law | 2. | x(y + z) = xy + xz |
C. | Idempotent law | 3. | (x) = x |
D. | Involution law | 4. | (x + y) = xy |
List I (Symbol in java) | List II (Meaning) | ||
---|---|---|---|
A. | & | 1. | Logical AND |
B. | ? | 2. | AND |
C. | | | | 3. | XOR |
D. | & & | 4. | Logical OR |
List I | List II | ||
---|---|---|---|
A. | Serial Binary adder | 1. | (2n - 1)tpd |
B. | Ripple carry adder | 2. | (n - 1)tpd |
C. | Carry look ahead binary adder | 3. | Operation time independent of size |
4. | 6tpd for 4 bit carry look ahead adder |
List I | List II | ||
---|---|---|---|
A. | Synchro | 1. | Amplifier |
B. | Amplidyne | 2. | Actuator |
C. | Servo | 3. | Compensator |
D. | RC network | 4. | Transducer |
List I (Octal) | List II (Decimal number) | ||
---|---|---|---|
A. | 35 | 1. | 53 |
B. | 65 | 2. | 62 |
C. | 54 | 3. | 29 |
D. | 76 | 4. | 44 |
List I (Oscillator) | List II (Features) | ||
---|---|---|---|
A. | Wien Bridge | 1. | RF oscillator, uses two inductors and one capacitor |
B. | Colpitt's | 2. | LC oscillator for radio frequencies uses three capacitances and one inductance |
C. | Hartley | 3. | RC oscillator for audio frequencies |
D. | Clapp | 4. | RF oscillator, uses two capacitances and one inductance |
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