British Standard Semiconductor devices
National foreword
Committees responsible
CHAPTER Ⅰ: GENERAL
Clause
1. Introductory note
2. Purpose
CHAPTER Ⅱ: TERMINOLOGY AND LETTER SYMBOLS
1. General terms
2. Terms related to ratings and characteristics
2.1 Linear amplifiers
2.2 Voltage and current regulators
2.3 Analogue signal switching circuits (under consideration)
3. Letter symbols
3.1 Amplifiers
3.2 Voltage and current regulators
3.3 Analogue signal switching circuits (under consideration)
CHAPTER Ⅲ: ESSENTIAL RATINGS AND CHARACTERISTICS
Section One —Standard format for the presentation of published data
1. Function
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data
Section Two —Operational amplifiers (having two inputs and one output)
1. Function
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data
Section Three —Audioamplifiers, videoamplifiers and multichannel amplifiers for telecommunications
1. Function
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data
Section Four —R.F. and I.F. amplifiers
1. Function
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data
Section Five —Voltage and current regulators
1. Function
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data (under consideration)
Section Six —Analogue signal switching circuits
General
1. Functional specifications
2. Description of circuit
3. Ratings (limiting values)
4. Recommended operating conditions
5. Electrical characteristics
6. Mechanical characteristics and other data
7. Application data
CHAPTER Ⅳ: MEASURING METHODS
Section One —General
1. Basic requirements
2. Specific requirements
3. Application matrix
Section Two —Linear amplifiers (including operational amplifiers)
1. Specific requirements
2. Power supply currents
3. Small-signal input impedance
4. Output impedance
5. Input offset voltage of a differential-input linear amplifier and bias voltage of a single-ended-input linear amplifier
6. Input offset current
7. Input bias current
8. Input offset voltage temperature coefficient
9. Input offset current temperature coefficient
10. Open-loop voltage amplification
11. Cut-off frequency (frequencies)
12. Common-mode rejection ratio
13. Supply voltage rejection ratio
14. Output voltage range (d.c. measurement only) for differential amplifiers
15. Response times
16. Common-mode input voltage range
17. Short-circuit output current (of an operational amplifier)
18. Cross-talk attenuation (for multiple amplifiers)
19. Upper limiting frequency for full output voltage swing
20. Maximum rate of change of the output voltage (slew rate)
21. Input bias current temperature coefficient
22. Cut-off frequency, unity-gain frequency
Section Three —Voltage regulators, excluding two-terminal (single-port) devices
1. Specific requirements
2. Input regulation coefficient and input stabilization coefficient
3. Ripple rejection ratio
4. Load regulation coefficient and load stabilization coefficient
5. Output noise voltage
6. Temperature coefficient of regulated output voltage
7. Stand-by current (quiescent current)
8. Short-circuit current
9. Reference voltage
10. Transient response to changes of input voltage
11. Tran