ДСТУ IEC 60748-4:2015 Прилади напівпровідникові. Інтегральні схеми. Частина 4. Інтерфейсні інтегральні схеми (IEC 60748-4:1997, IDT)

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IEC 60748-4:1997

Semiconductor devices - Integrated circuits - Part 4: Interface integrated circuits

прийнято як національний стандарт
методом «підтвердження» за позначенням

ДСТУ IEC 60748-4:2015
(IEC 60748-4:1997, IDT)

Прилади напівпровідникові. Інтегральні схеми. Частина 4. Інтерфейсні інтегральні схеми

З наданням чинності від 2016–01–01

 
 
Не є офіційним виданням.
Офіційне видання розповсюджує національний орган стандартизації
(ДП «УкрНДНЦ» http://uas.gov.ua)

CONTENTS

FOREWORD

CHAPTER I: GENERAL

1 Scope

2 Normative references

CHAPTER II: TERMINOLOGY AND LETTER SYMBOLS

1 Category I

2 Category II

3 Letter symbols

CHAPTER III: ESSENTIAL RATINGS AND CHARACTERISTICS

SECTION 1: CATEGORY I (LINE CIRCUITS, SENSE AMPLIFIERS,
PERIPHERAL DRIVERS AND LEVEL SHIFTERS, VOLTAGE COMPARATORS)

1 General

2 Functional specifications

3 Description of the circuit

4 Ratings (limiting values)

5 Recommended operating conditions

6 Electrical characteristics

7 Mechanical characteristics and other data

8 Application data

SECTION 2: CATEGORY II (LINEAR AND NON-LINEAR
ANALOGUE-TO-DIGITAL AND DIGITAL-TO-ANALOGUE CONVERTERS)

1 General

2 Description of integrated circuit

3 Ratings (limiting values)

4 Recommended operating conditions

5 Electrical characteristics

6 Mechanical ratings, characteristics and other data

7 Additional information

SECTION 3: CATEGORY III (CONTROL CIRCUITS
FOR SWITCH-MODE POWER SUPPLIES)

1 General

2 Electrical and functional description of the circuits

3 Ratings (limiting values)

4 Recommended operating conditions

5 Electrical characteristics

6 Mechanical ratings, characteristics and other data

7 Handling precautions

8 Application data, additional information

SECTION 4: CATEGORY IV (COMPANDING PCM CODER-DECODERS [CODEC])

1 General

2 Circuit identification and description

3 Functional specifications

4 Ratings (limiting values)

5 Recommended operating conditions

6 Electrical characteristics

7 Mechanical ratings, characteristics and other data

8 Additional information

SECTION 5: CATEGORY IV (FILTERS FOR
COMPANDING PCM CODER-DECODERS [CODEC])

1 General

2 Circuit identification and description

3 Functional specifications

4 Ratings (limiting values)

5 Recommended operating conditions

6 Electrical characteristics

7 Mechanical ratings, characteristics and other data

8 Additional information

SECTION 6: CATEGORY IV
(PCM CODEC WITH FILTERS [COMBO])

1 General

2 Application related description

3 Specification of the function

4 Ratings (limiting values)

5 Recommended operating conditions

6 Electrical characteristics

7 Mechanical and environmental ratings, characteristics and data

8 Additional information

SECTION 7: CATEGORY V
(DIGITAL INTERFACE INTEGRATED CIRCUITS UFB INCLUDING
CPU PERIPHERAL CIRCUITS, PERIPHERAL DEVICE
CONTROLLERS AND COMMUNICATION INTERFACE CIRCUITS)

1 General

2 Application related description

3 Functional specification

4 Limiting values

5 Operating conditions

6 Electrical characteristics

7 Mechanical and environmental ratings, characteristics and data

8 Additional information

SECTION 8: CATEGORY VI
(INTEGRATED SERVICE DIGITAL NETWORK [ISDN]
ORIENTED MODULAR INTERFACE CIRCUITS)

1 General

2 Application related description

3 Specification of the function

4 Limiting values

5 Operating conditions of use within the specified operating temperature range

6 Electrical characteristics

CHAPTER IV: MEASURING METHODS

SECTION 1: GENERAL

1 Basic requirements

2 Specific requirements

3 Application matrix

SECTION 2: CATEGORY I
(LINE CIRCUITS, SENSE AMPLIFIERS, PERIPHERAL DRIVERS
AND LEVEL SHIFTERS, VOLTAGE COMPARATORS)

1 Common-mode input triggering voltage (V_ICT)

2 Average bias current (I_IB) and input offset current (I_IO)

3 Differential-mode input overload recovery time (t_ord) and common-mode input overload recovery time (t_orc)

4 Basic measuring circuits for voltage comparators

5 Input offset voltage (of a voltage comparator) (V_IО)

6 Mean temperature coefficient of the input offset voltage (of a voltage comparator) (α_VIO)

7 Differential-mode voltage amplification (of a voltage comparator) (A_V)

8 Differential input threshold voltages (of a voltage comparator) (V_ITH and V_ITL)

9 Input offset current (I_IO) and its temperature coefficient (α_IIO) (of a voltage comparator)

SECTION 3: CATEGORY II
(LINEAR ANALOGUE-TO-DIGITAL AND DIGITAL-TO-ANALOGUE CONVERTERS)

Group I - linear analogue-to-digital converters (ADC)

10 Supply currents (I_CC and I_EE)

11 Origin error (E_O and E_ZS)

12 Temperature coefficient of voltage change (α_EO and α_EZS)

13 Full resolution errors (E_G and E_FS)

14 Temperature coefficient of voltage change for gain and full-scale errors (α_EG and α_EFS)

15 Linearity error of a linear ADC (E_L) (E_L(adj)) (E_T)

16 Differential linearity error (E_D)

17 Maximum operating frequency (f_max)

Group II - Linear digital-to-analogue converters (DAC)

18 Supply currents (I_CC and I_EE)

19 Output voltage (output current) sensitivity (K_SVS(V) , K_SVS(I))

20 Origin error (E_O and E_ZS)

21 Temperature coefficient of voltage change (α_EO and α_EZS)

22 Full resolution errors (E_G and E_FS)

23 Temperature coefficient of voltage change for gain and full-scale error (α_EG and v_EFS)

24 Linearity error of an adjustable linear DAC (E_L) (E_L(adj))

25 Total error, absolute accuracy error (E_T) of a non-adjustable linear DAC

26 Differential linearity error (E_D)

27 Digital response times (t_sd) (t_dd) (S_VOAVd)

28 Reference response times (t_sr) (t_dr) (S_VOAVr