LM393AD Texas Instruments, Dual Comparator, Open Collector O/P, 1.3μs 3 → 28 V 8-Pin SOIC

RS Stock No.: 661-2810PBrand: Texas InstrumentsManufacturers Part No.: LM393AD
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Technical Document

Specifications

Comparator Type

General Purpose

Mounting Type

Surface Mount

Package Type

SOIC

Power Supply Type

Dual, Single

Output Type

Open Collector

Number of Channels per Chip

2

Typical Response Time

1.3µs

Pin Count

8

Typical Single Supply Voltage

3 → 28 V

Dimensions

4.9 x 3.91 x 1.58mm

Length

4.9mm

Width

3.91mm

Height

1.58mm

Minimum Operating Temperature

0 °C

Typical Voltage Gain

106.02 dB

Maximum Operating Temperature

+70 °C

Typical Dual Supply Voltage

±12 V, ±15 V, ±3 V, ±5 V, ±9 V

Product details

LMx93/LM2903 family Dual Comparators

The Texas Instruments LM193, LM293, LM393 and LM2903 are dual differential input voltage comparators designed to operate from a single power supply over a wide range of voltages. The common mode input voltage range includes ground and the devices have open collector outputs.

Comparators, Texas Instruments

Texas Instruments’ range of voltage comparators includes not only conventional single, dual and quad comparator packages but also window comparators and over- & under-voltage supervisors.

Although comparators and operational amplifiers are superficially similar devices their operation in practical applications is very different. Op amps are intended for linear operation accompanied by suitable feedback whereas comparators are tailored for rapid switching and generally operated in open-loop mode. Dedicated voltage comparators have significantly shorter propagation delays and are capable of faster response times under saturated conditions. Most comparators are also more tolerant of high differential input voltages and many have open-collector outputs allowing parallel operation with other devices.

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€ 1.26

Each (Supplied in a Tube) (ex VAT)

€ 1.499

Each (Supplied in a Tube) (inc VAT)

LM393AD Texas Instruments, Dual Comparator, Open Collector O/P, 1.3μs 3 → 28 V 8-Pin SOIC
Select packaging type

€ 1.26

Each (Supplied in a Tube) (ex VAT)

€ 1.499

Each (Supplied in a Tube) (inc VAT)

LM393AD Texas Instruments, Dual Comparator, Open Collector O/P, 1.3μs 3 → 28 V 8-Pin SOIC
Stock information temporarily unavailable.
Select packaging type

Buy in bulk

quantityUnit pricePer Tube
10 - 90€ 1.26€ 12.60
100 - 190€ 1.24€ 12.40
200 - 390€ 1.24€ 12.40
400 - 790€ 1.21€ 12.10
800+€ 1.21€ 12.10

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Technical Document

Specifications

Comparator Type

General Purpose

Mounting Type

Surface Mount

Package Type

SOIC

Power Supply Type

Dual, Single

Output Type

Open Collector

Number of Channels per Chip

2

Typical Response Time

1.3µs

Pin Count

8

Typical Single Supply Voltage

3 → 28 V

Dimensions

4.9 x 3.91 x 1.58mm

Length

4.9mm

Width

3.91mm

Height

1.58mm

Minimum Operating Temperature

0 °C

Typical Voltage Gain

106.02 dB

Maximum Operating Temperature

+70 °C

Typical Dual Supply Voltage

±12 V, ±15 V, ±3 V, ±5 V, ±9 V

Product details

LMx93/LM2903 family Dual Comparators

The Texas Instruments LM193, LM293, LM393 and LM2903 are dual differential input voltage comparators designed to operate from a single power supply over a wide range of voltages. The common mode input voltage range includes ground and the devices have open collector outputs.

Comparators, Texas Instruments

Texas Instruments’ range of voltage comparators includes not only conventional single, dual and quad comparator packages but also window comparators and over- & under-voltage supervisors.

Although comparators and operational amplifiers are superficially similar devices their operation in practical applications is very different. Op amps are intended for linear operation accompanied by suitable feedback whereas comparators are tailored for rapid switching and generally operated in open-loop mode. Dedicated voltage comparators have significantly shorter propagation delays and are capable of faster response times under saturated conditions. Most comparators are also more tolerant of high differential input voltages and many have open-collector outputs allowing parallel operation with other devices.