AC Solid-State Relays
Ideal for industrial control, vending machines, business equipment, gasoline pumps, temperature monitoring, process control, medical equipment, programmable
controllers, appliance control and gambling machines. Typical applications include input/output modules, solenoid driver, motor, blower, heater and temperature
controls, control of relays, switching fans, TTL-compatible driver for contactors and replacing TRIAC/TRIAC drivers. All versions feature optical-isolation and
1 Form A normally open contacts, as well as DC control/AC output. TTL- and CMOS-compatible, these units provide interface between logic and power systems,
high transient immunity, high surge capability, and they save PC board space. No arcing, no contact bounce and long life. Type PM Power-MINI relays, Type PD
PowerDIP and Type PS PowerSIP relays also feature 5 mA sensitivity, zero-crossing detection, low EMI and RFI generation, inherent noise immunity, are machine
insertable, wave solderable and CSA, VDE compatible. Type OFA OptoFILMª relays have all the features listed above with the exception of 5 mA sensitivity, machine
insertable and wave solderable. Type PD, PS and OFA relays are UL recognized. Type MX and JTA PowerBLOC relays feature random turn-on and are UL recognized,
CSA certified.
Solid State Switches and Relays
Turn To Section 1 For Allied Office Addresses and Local Phone Numbers ALLIED
c
111
Stock Mfr.Õs Blocking Continuous Input
No. Type Voltage Load Control
EACH
1-49 50-99 100-Up
252-0009 PM1204 400 0.5 A 2 mA 4.89 3.79 3.14
252-0010 PM1205 500 0.5 A 2 mA 6.58 5.10 4.24
252-0011 PD1201 400 1.0 A 2 mA 6.52 5.06 4.20
252-0012 PD2401 500 1.0 A 2 mA 7.47 5.79 4.81
252-0013 PS1201 400 1.0 A 2 mA 6.87 5.33 4.43
252-0014 PS2401 500 1.0 A 2 mA 6.98 5.41 4.50
Clare
4
Single Pole OptoMOS Relay
ClareÕs Single Pole OptoMOS
¨
Relays devices are an integral part of ClareÕs
growing family of optical solid state switching devices. These single output
devices offer a variety of solutions within the telecommunication, industrial
control, security and instrumentation industries. As replacements for 1-Form-A
(normally open output) and 1-Form-B (normally closed output) mechanical
relays, these devices utilize discrete semiconductor components as opposed to
conventional coils and contacts. Unlike their electromechanical counterparts,
there are no moving parts within these devices. Therefore, they can offer faster,
more reliable, bounce-free switching in a much more compact through hole or
surface mount package. Optical isolation ensures extremely high I/O isolation.
Current limiting for added protection is available on some models.
4 Pin SOP 1-Form-A Ñ Fig. A
Stock Mfr.Õs V
LOAD
I
LOAD
R
ON
EACH
No. Type (V) (mA) (Ohms)
252-1310 CPC1008N 100 150 8.0 1.91
252-1320 CPC1016N 100 100 16.0 1.73
252-1330 CPC1030N 350 120 30.0 1.81
252-1340 CPC1035N 350 100 35.0 1.63
252-1350 CPC1230N 350 120 30.0 2.01
4 Pin SOP 1-Form-B Ñ Fig. A
252-1360 CPC1150N 350 100 50.0 1.81
6 Pin 1-Form-A Ñ Fig. B
252-0001 LCA110 350 120 35.0 2.76
252-0002 LCA125 300 170 20.0 9.14
252-1105 LCA710 60 1000 0.5 9.13
252-1110 PLA110 400 150 22.0 3.82
252-1370 PLA134 100 350 3.0 5.07
252-1380 PLA143 600 100 50.0 5.00
252-1120 PLA150 250 250 7.0 6.94
252-1130 PLA160 300 50 100.0 5.99
252-1140 XCA170 350 100 50.0 3.31
6 Pin 1-Form-B Ñ Fig. B and Fig. C
252-0003 LCB110 350 120 35.0 6.98
252-1150 LCB120 250 170 20.0 4.92
252-1390 PLB150 250 250 7.0 4.69
Dual Pole OptoMOS Relay Ñ Fig. D
ClareÕs Dual Pole OptoMOS
¨
Relays place two independent relays into a single
8 pin package. By integrating an additional relay into one package, Clare has
paved the way for designers to condense more functionality into a single device.
The result Ñ more compact design with less board space consumption.
Offerings include 2-Form-A, 2-Form-B, and independent Form-A/Form-B. In
addition to being available in the through hole and surface mount packages, the
eight pin product is now available in the revolutionary flatpack package. This
package type shows ClareÕs commitment to the future as it fulfills the driving
needs of PCMCIA design. As with other MOSFET products, fast, reliable
switching is assured. Current limiting capabilities are available on certain models.
8 Pin 2-Form-A
252-0004 LAA110 350 120 35.0 7.30
252-1200 PAA140 400 250 8.0 14.03
252-1210 PAA150 250 250 7.0 13.29
252-1220 XAA170 350 100 50.0 6.20
8 Pin 2-Form-B
252-1230 LBB110 350 120 35.0 6.96
252-1400 PBB150 250 250 7.0 9.69
252-1410 XBB170 350 100 50.0 4.18
8 Pin 1-Form-A/1-Form-B
252-0005 LBA110 350 120 35.0 7.30
252-1420 PBA150 250 250 7.0 8.41
252-1430 XBA170 350 100 50.0 4.18
Common Input OptoMOS Relay Ñ Fig. D
ClareÕs Common Input OptoMOS
¨
Relays provide a solution in designs where
two independent outputs are driven by a common input. Common input relays
are available in a variety of configurations which include a common input
driving two normally open outputs (1-Form-2A) and a common input driving
one normally open and one normally closed output (1-Form-C). These devices
utilize the same technology as other OptoMOS products so quality and
reliability can be assured. Clare is committed to meeting the needs of the
present and future.
Common Input OptoMOS Relay (continued)
8 Pin 1-Form-C
Stock Mfr.Õs V
LOAD
I
LOAD
R
ON
EACH
No. Type (V) (mA) (Ohms)
252-0008 LCC110 350 120 35.0 7.30
252-1240 LCC120 250 170 20.0 10.33
8 Pin 1-Form-2A
252-0007 LCA210 350 85 35.0 9.13
252-1250 LCA220 250 170 20.0 12.32
Telecom Switches Ñ Fig. D
ClareÕs Multifunction Telecom Switches (TS series) mark ClareÕs evolution from
ÒswitchingÓ devices to ÒintegratedÓ devices in order to further serve the
telecom industry. By providing an optically isolated solid state relay in the same
eight pin package as an optocoupler, Clare has given designers a way to
consolidate circuits and save both board space and money. The TS can replace
typical components found in telecom circuits while being utilized for functions
as hookswitch (relay) and ring signal detection (optocoupler). Because the
hookswitch has very low power consumption (2 mA), it can often be powered
from a modem micro processor or data pump. In addition, it is polarity
insensitive and can be operated with tip and ring reversed. The TS is available
in the through hole, surface mount and Flatpack package. Current limiting is
optional for the relay portion on certain models.
252-1470 TS112N 350 120 20 5.43
252-1260 TS117 350 120 35 7.09
252-1270 TS120 350 120 35 9.54
252-1440 XS170 350 100 50 2.83
AC Solid State Power Switches Ñ Fig. E
ClareÕs AC Solid State Power Switches employ patented waveguide coupling
with dual power SCR outputs to produce an alternative to optocoupler and
Triac circuits. Superior noise immunity complying with NEMA ICS 2-230
Òshowering arcÓ test is provided along with advanced thermally efficient
package design. Long life and environmental integrity make these devices
suitable to control a variety of AC circuits including heaters, motors, solenoids,
larger relays and contactors.
252-1480 CPC1945G 400 1000 20-400 2.83
252-1490 CPC1965G 600 1000 20-400 2.98
252-0011 PD1201 400 1000 20-500 6.52
252-0012 PD2401 500 1000 20-500 7.47
252-1280 PD2601 600 1000 20-500 8.21
252-0013 PS1201 400 1000 20-500 6.87
252-0014 PS2401 500 1000 20-500 6.98
252-1290 PS2601 600 1000 20-500 8.21
252-0009 PM1204 400 1000 20-500 4.89
252-0010 PM1205 500 1000 20-500 6.58
252-1300 PM1206 600 1000 20-500 6.99
Solid State MOSFET Driver Ñ Fig. B
ClareÕs FDA MOSFET driver couples infrared light emitting diodes with a pair of
proprietary photovoltaic integrated circuits. In addition to providing voltage for turn-
on of discrete MOSFETs, these patented ICs feature a gate-clamping circuit to
provide fast turn-off. The FDA offers a significant reduction in drive circuit
complexity, board-space, and cost over alternate techniques for isolated switching
of MOSFETs. Used in conjunction with discrete MOSFETs, the FDA is ideal for use in
programmable controls, process control, instrumentation and telecommunications,
replacing TRIAC/driver, mechanical relays, and bipolar components.
Input Off-State I/O
Stock Mfr.Õs Control Clamping Isolation EACH
No. Type Current Resistance (V
rms
)
252-1160 FDA215 5 0.25 K 3750 8.80
Linear Optocouplers Ñ Fig. F
ClareÕs family of Linear Optocouplers feature an infrared LED optically coupled
with two phototransistors. One feedback (input) phototransistor is used to
generate a control signal that provides a servomechanism to the LED drive
current thus compensating for the LEDÕs nonlinear time and temperature
characteristics. The other (output) phototransistor provides an output signal
that is linear with respect to the servo LED current.
Total Servo I/O
Stock Mfr.Õs Bandwidth
Harmonic Linearity Isolation EACH
No. Type (kHz)
Distortion (%) (V
rms
)
252-1170 LOC110 87 dB 0.01 <200 3750 5.02
252-1180 LOC111 87 dB 0.01 <200 3750 5.64
252-1190 LOC112 87 dB 0.01 <200 3750 5.33
252-1450 LOC210P 87 dB 0.01 <200 3750 14.56
252-1460 LOC211P 87 dB 0.01 <200 3750 13.72
Relays Ñ NEW Ñ
