°C; All V+ = 3.0V, Digital Input Levels: Logic 0 = 0V,

Logic 1 = V+; unless otherwise specified)

Parameter

Symbol

Min

Typ

Max

Units

Output capacitance

(Note 1)

10

TBD

pF

Output rise time (10% to 90%)

tr

-

20

50

ns

Output fall time (90% to 10%)

tf

-

20

50

ns

Overshoot over final current

-

-

25

%

On resistance

-

-

0.5

Ω

Off leakage current

-

-

20

µA

Output current (each driver)

(Note 2)

-

-

250

mA

Output jitter relative a jitter free input clock

-

-

200

ns

Notes:

1. Typical LED junction capacitance is 20pF.

2. 50% duty cycle, max pulse width 165

µs (3/16 of (1/1200 bps + 5%)).

Specifications are subject to change without notice.

°C; All V+ = 3.0V, Digital Input Levels: Logic 0 = 0V, Logic 1 = V+;

unless otherwise specified)

Parameter

Symbol

Min

Typ

Max

Units

Input capacitance

(Note 3)

-

10

TBD

pF

Input noise current

-

-

11

pA/rtHz

Maximum signal input current from detector

-

-

2

mA

Maximum DC input current (typically sunlight)

-

-

200

µA

Input current detection thresholds

RS4-0=00000:

(Programmable with a 5 bit value)

RS4-0=00001:

(Min, Max = Typical

±30%)

RS4-0=00010:

(Note 4)

↓

RS4-0=11110:

RS4-0=11111:

-

-

16.4

↓

169.5

175

7.8

15.6

23.4

↓

242.2

250

-

-

30.4

↓

314.9

325

nA

nA

nA

"

nA

nA

Bandpass filter response

High Pass -3dB:

Low Pass -3dB:

-

-

35

700

-

-

kHz

kHz

Receiver power up time

With high (200

µA) dc ambient

With normal (2

µA) dc ambient

-

-

5

0.3

10

1

ms

ms

Turn-around time, with receiver on continuously

(Note 5)

-

5

10

ms

EMI rejection of system (0.5MHz to 100MHz).

(Note 6)

3

-

-

V/m

Notes:

3. Typical PIN diode junction capacitance is 50pF.

4. The

±30% tolerance covers chip-to-chip variation. The temperature coefficient of the receiver

threshold setting is low. Current detection thresholds are above the DC ambient condition.

Settings of RS4-0 of less than 00010 are not practical because of noise.

5. Turn-around time is the time taken for the PIN diode receiver to recover from the IR energy

from the transmitter. The remote end of the link must wait for this time after receiving data

before transmitting a reply. This time may be reduced to <1 ms by good IR shielding from

the transmit LED to the PIN diode.

6. This is a system specification. A metal shield over the PIN diode and CS8130 is

recommended to ensure system compliance.

CS8130

2

DS134PP2

CS8130

2

DS134F1