TPS830 Toshiba America Electronic Components, Inc., TPS830 Datasheet - Page 2

• Manufacturer Part Number: TPS830
• Description: Si Monolithic Photo−ic
• Manufacturer: Toshiba America Electronic Components, Inc.

Optical And Electrical Characteristics
Supply voltage
Supply current
Electromagnetic sensitivity
Transmission range
High−level output voltage
Low−level output voltage
On pulse width
Off pulse width
Carrier frequency
Peak sensitivity wavelength
Radiation angle
Note 1: Measurements for the TPS830(F) are based on a standard circuit which includes a 1000−pF capacitor
Note 2: Standard transmitter
Note 3: Transmission range L
In the figure above, the transmitter output V
The TPS703(F) in this application has a short−circuit current of I
0.1mW/cm
L is the maximum distance at which burst waves can be received from the transmitter unit, and at which
data can be processed by the receiver unit.
Note that when signals other than the recommended burst wave are transmitted, the transmission range
may be reduced or a malfunction may occur.
(*) The TLN105B(F) is used as the standard LED transmitter.
If the TLN231(F) is used instead, the transmission range is 1.2 times that of the TLN105B(F).
Example: 6m (with TLN105B(F)) ⇒ 10.1m (with TLN231(F))
between VO and GND to prevent oscillation.
Standard transmitter (TLN105B(F))
Characteristic
2
. (E is the radiant incidence when a CIE standard light source A is used.)
(TLN115A(F) is used.)
Transmitter
f
Duty = 50%
0
= 455kHz
L (Note 3)
Symbol
T
V
V
V
T
I
TPS703(F)
E
OFF
θ
θ
CC
λ
ON
f
CC
OH
20cm
OL
o
P
H
V
S
E = 0
The burst wave shown in Note
4 is transmitted by a standard
transmitter (Note 2).
External light intensity < 500 lx
Output current < 10μA
Horizontal angle, L / 2
Vertical angle, L / 2
L
(V
OUT
10μF
CC
10kΩ
Test Condition
2
is 80m Vpp.
= 5V, Ta = 25°C, C = 1000pF: Note 1)
―
―
―
V
+10V
GND
OUT
(Note 6)
(Note 6)
(Note 5)
sc
= 1.24μA when measured at E =
Min
±55
±25
―
―
―
16
―
―
―
3
3
4
Typ.
250
455
900
±63
±30
1.2
25
63
―
―
5
6
Max
0.5
40
TPS830(F)
―
―
―
―
―
―
―
―
7
3
2007-10-01
V
p−p
Unit
kHz
mA
nm
μs
μs
m
V
V
V
°
°
/ m