Datasheet DP8310N Datasheet (NSC)

DP8310/DP8311
Octal Latched Peripheral Drivers

DP8310/DP8311 Octal Latched Peripheral Drivers

February 2000

General Description

The DP8310 and DP8311 Octal Latched Peripheral Drivers
provide the function of latching eight bits of data with open
collector outputs, each driving up to 100 mA DC with an op­erating voltage range of 30V. Both devices are designed for
low input currents, high input/output voltages, and feature a
power up clear (outputs off) function.

The DP8310 is positive edge latching. Two active low write/
enable inputs are available forconvenientdatabussingwith­out external gating.

The DP8311 is positive edge latching. The active low strobe
input latches data or allows fall through operation when held
at logic “0”. The latches are cleared (outputs off) with a logic
“0” on the clear pin.

Features

n High current, high voltage open collector outputs
n Low current, high voltage inputs

Connection Diagrams

Dual-In-Line Package

n All outputs simultaneously sink rated current “DC” with

no thermal derating at maximum rated temperature

n Parallel latching or buffering
n Separate active low enables for easy data bussing
n Internal “glitch free” power up clear
n 10%V

tolerance

CC

Applications

n High current high voltage drivers
n Relay drivers
n Lamp drivers
n LED drivers
n TRIAC drivers
n Solenoid drivers
n Stepper motor drivers
n Level translators
n Fiber-optic LED drivers

Dual-In-Line Package

DS005246-1

Top View

Order Number DP8310N or DP8311N

See NS Package Number N20A

© 2000 National Semiconductor Corporation DS005246 www.national.com

Top View

DS005246-2

Absolute Maximum Ratings (Note 1)

If Military/Aerospace specified devices are required,
please contact the National Semiconductor Sales Office/
Distributors for availability and specifications.

Supply Voltage 7.0V

DP8310/DP8311

Input Voltage 35V
Output Voltage 35V

=

*

Maximum Power Dissipation

DP8310/DP8311 2005 mW

at T

25˚C

A

Note:*Derate N20A package 15.4 mW/˚C above T

Operating Conditions

Min Max Units

Supply Voltage (V
Temperature

DP8310/DP8311 0 +70 ˚C
Input Voltage 30 V
Output Voltage 30 V

) 4.5 5.5 V

CC

A

=

25˚C, θJ

Storage Temperature Range −65˚C to +150˚C
Lead Temperature (Soldering, 4 sec.) 260˚C

DC Electrical Characteristics

DP8310 and DP8311 (Notes 2, 3)

Symbol Parameter Conditions Min Typ Max Units

V
V
V

I

I
I

I
V
I

I

IH
IL
OL

OH

IH
I

IL

clamp

CC0

CC1

Logical “1” Input Voltage 2.0 V
Logical “0” Input Voltage 0.8 V
Logical “0” Output Voltage Data outputs latched to

=

logical “0”, V

DP8310/DP8311 I

=

100 mA 0.35 0.5 V

OL

Min.

CC

Logical “1” Output Current Data outputs latched to

=

Min.

CC

=

Max 0.1 25 µA

CC

=

Max

CC

=

Max −215 −300 µA

CC

1 250 µA

DP8310/DP8311 V
Logical “1” Input Current V
Input Current at Maximum Input

Voltage
Logical “0” Input Current V
Input Clamp Voltage I

logical “1”, V

=

30V 2.5 250 µA

OH

=

2.7V, V

IH

=

V

30V, V

IN

=

0.4V, V

IN

=

12 mA −0.8 −1.5 V

IN

Supply Current, Outputs On Data outputs latched to a

logical “0”. All Inputs are

=

at logical “1”, V

Max.

CC

DP8310 100 152 mA

DP8311 88 125 mA
Supply Current, Outputs Off Data outputs latched to a

logic “1”. Other
conditions same as I

CC0

.
DP8310 40 57 mA
DP8311 25 36 mA

A

=

65˚C/W.

AC Electrical Characteristics

DP8310 only: V

=

4.5V, T

CC

Symbol Parameter Conditions Min Typ Max Units

t

pd0

High to Low Propagation Delay
Write Enable Input to Output

t

pd1

Low to High Propagation Delay
Write Enable Input to Output

t

SETUP

Minimum Set-Up Time
Data in to Write Enable Input

t

pWH,tpWL

t

THL

t

TLH

C

IN

www.national.com 2

Minimum Write Enable Pulse Width
High to Low Output Transition Time
Low to High Output Transition Time
“N” Package (Note 4) 5 15 pF

=

25˚C

A

(Figure 1 )

(Figure 1 )

=

t

HOLD

(Figure 1)
(Figure 1 )
(Figure 1 )
(Figure 1 )

0ns

45 20 ns
60 25 ns

40 120 ns

70 150 ns

16 35 ns
38 70 ns

AC Electrical Characteristics

DP8311 only: V

=

CC

Symbol Parameter Conditions Min Typ Max Units

t

pd0

High to Low Propagation Delay
Data In to Output

t

pd1

Low to High Propagation Delay
Data to Output

t

SETUP

Minimum Set-Up Time
Data in to Strobe Input

t

pWL

t

pdC

t

pWC

t

THL

t

TLH

C

IN

Note 1: “Absolute Maximum Ratings” are those values beyond which the safety of the device cannot be guaranteed. Except for “Operating Temperature Range” they
are not meant to imply that the devices should be operated at these limits. The table of “Electrical Characteristics” provides conditions for actual device operation.

Note 2: Unless otherwise specified min/max limits apply across the 0˚C to +70˚C for the DP8310/DP8311. All typical values are for T
Note 3: All currents into device pins shown as positive, out of device pins as negative, all voltages referenced to ground unless otherwise noted.
Note 4: Input capacitance is guaranteed by periodic testing. f

Minimum Strobe Enable Pulse Width
Propagation Delay Clear to Data Output
Minimum Clear Input Pulse Width
High to Low Output Transition Time
Low to High Output Transition Time
Input Capacitance — Any Input (Note 4) 5 15 pF

5V, T

=

25˚C

A

=

10 kHz at 300 mV, T

TEST

(Figure 2 )

(Figure 2)

=

t

HOLD

0ns

(Figure 2 )
(Figure 2 )
(Figure 2 )
(Figure 2 )
(Figure 2 )
(Figure 2 )

A

=

0 −25 ns

60 35 ns

60 25 ns

25˚C.

30 60 ns

70 100 ns

70 135 ns

20 35 ns
38 60 ns

A

=

25˚C, V

=

5V.

CC

DP8310/DP8311

www.national.com3

Logic Table

Write

Enable 1

DP8310/DP8311

WE

1

00XQ
0
0

O

O

01XQ
10XQ
11XQ

Block Diagrams

DP8310

Write

Enable 2

WE

2

O

O

Data
Input
DI

1–8

Data

Output

DO

1–8

01

10
001
010

DP8310

DP8311

Clear

CLR

Strobe

STR

Data
Input
DI

1–8

Data

Output

DO

1–8

11XQ
1001
1010
0XX1

=

X

Don’t Care
1=Outputs Off
0=Outputs On
Q=Pre-existing Output

=

O

Positive Edge Transition

DP8311

DS005246-3

DS005246-4

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Switching Time Waveforms

DP8310/DP8311

DP8310

DS005246-5

DP8311

Switching Time Test Circuits

DS005246-7

=

*

WE

0V When the Input=WE

1

2

FIGURE 1. DP8310

Pulse Generator Characteristics:

=

=

Z

50Ω,t

O

=

t

5ns

r

f

FIGURE 2. DP8311

DS005246-6

DS005246-8

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Typical Applications DP8310/11 Buffering High Current Device (Notes 5, 6)

PNP High Current Driver

Circuit Used to Reduce Peak

Transient Lamp Current

DP8310/DP8311

DS005246-9

NPN High Current Driver

DS005246-10

VMOS High Current Driver

DS005246-12

DS005246-11

www.national.com 6

Typical Applications DP8310/11 Buffering High Current Device (Notes 5, 6) (Continued)

Eight Output/Four Output Fiber Optic LED Driver

DP8311 100 mA Drivers

DS005246-13

DP8311 Parallel Outputs (200 mA) Drivers

*

Parallel only adjacent outputs

DP8310/DP8311

*

DS005246-14

8-Bit Level Translator Driver

Digital Controlled 256 Level

Power Supply from 1.2V to 30V

DS005246-15

DS005246-16

www.national.com7

Typical Applications DP8310/11 Buffering High Current Device (Notes 5, 6) (Continued)

200 mA Drive for a 4 Phase Bifilar Stepper Motor

Reading the State of the Latched Peripherals

DP8310/DP8311

DS005246-17

*

Parallel only adjacent outputs

*

High Level Input
Voltage must not
Exceed V
DM81LS96

Note 5: Always use good V
Note 6: Printed circuit board mounting is required if these devices are operated at maximum rated temperature and current (all outputs on DC).

bypass and ground techniques to suppress transients caused by peripheral loads.

CC

of the

CC

DS005246-18

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Physical Dimensions inches (millimeters) unless otherwise noted

Molded Dual-In-Line Package (N)

Order Number DP8310N or DP8311N

NS Package Number N20A

DP8310/DP8311 Octal Latched Peripheral Drivers

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accordance with instructions for use provided in the

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support device or system whose failure to perform
can be reasonably expected to cause the failure of
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safety or effectiveness.

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