HM169-06 Hendon Semiconductors, HM169-06 Datasheet
HM169-06
Specifications of HM169-06
Related parts for HM169-06
HM169-06 Summary of contents
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... Engineering Sample Information MODULE ASSEMBLY REVISION 3.0 2008 Jul 02 Precision electronic thermostat control for heating and cooling H S ENDON EMICONDUCTORS 1B D UTLER RIVE H SA 5014 ENDON A USTRALIA HM169 ...
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... HM169-02 refrigerator thermostat 14.3 HM169-03 refrigerated water cooler thermostat 14.4 HM169-04 water bed thermostat 14.5 HM169-05 room heater thermostat 14.6 HM169-06 hot water service thermostat 14.7 HM169-07 boiling water thermostat 2008 Jul 02, Revision 3.0 Precision electronic thermostat 14.8 HM169-08 deep fryer thermostat 14.9 HM169-09 oven controller thermostat 14 ...
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... AN001 “Power supply circuits for the OM1682A triac controller IC applications”. 2. The HM169 heatsink will permit load currents Amps mounted with a reasonably free flow of air across the heatsink surface. Load currents Amps may be used with additional heat dissipating capability, together with triac temperature measurement in situ to demonstrate that under worst case ambient temperatures the triac junction temperature remains within ratings ...
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... CONNECTIONS AND LAYOUT Dimensions: 104 x 95 mm. Height (including the heatsink) 36 mm. LOT VEE LIN VCC 2008 Jul 02, Revision 3.0 Precision electronic thermostat 4 Engineering Sample Information HM169 ...
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... Jul 02, Revision 3.0 Precision electronic thermostat 5 Engineering Sample Information HM169 ...
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... The HM169-00 version consists of the basic HM169 printed circuit board already assembled with some of the surface mount and other key common parts, providing a basic module which ...
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... AN001 “Power supply circuits for the OM1682A triac controller IC applications’. 2. The HM169 heatsink will permit load currents Amps mounted with a reasonably free flow of air across the heatsink surface. Load currents Amps may be used with additional heat dissipating capability, together with temperature measurement in situ to demonstrate that under worst case ambient temperatures the triac junction temperature remains within its published ratings ...
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... HM169 10 COMPONENT FUNCTIONS Table 1 lists the components of the HM169 with a brief description of their function. By also referring to the circuit of the HM169 it can be seen that resistors are used in different positions to establish the different required functions many options need to be covered for all of the different applications, only a ...
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... OM169-00 need to be replaced or supplemented. 11 CIRCUIT DESCRIPTION This section describes the circuit design approach used in application of the OM1682A precision control IC. In the HM169 there are many options to satisfy different application needs, 9 HM169 temperature ranges, and loads currents. 11.1 ...
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... W, i.e. Vishay VR37. An inductive load may require the addition of mains radio frequency interference (rfi) filtering with 10 HM169 capacitors (and/or inductors), possibly with a snubbing network across the triac. 11.6 Temperature control range One approach to the design of an ...
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... R3 in the position, depending on whether the HM169 is being used for heating or for cooling. In thermostat applications with the temperature feedback from the NTC thermistor, the cycle time is largely ...
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... What temperature control range is required? The HM169 can be configured to operate at a fixed temperature, the potentiometer 12 HM169 on the HM169 module can be used to adjust it to the required temperature (within the module design range can be used without a temperature sensor in simmerstat mode, with a manually set average power output through a variable duty cycle ...
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... The wiring for the gate and the T1 return circuit are small signal circuits only, carrying no more than 50 mA. Also the active supply current to the HM169 is only about 4 mA, and does not need high current capability wiring. Summary (high load current requirements): For high currents ...
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... Jul 02, Revision 3.0 Precision electronic thermostat When controlling a resistive load, the HM169 using it with loads the OM1682A has been shown to be fully compliant with the standard without requiring any additional components for rfi suppression and filtering ...
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... EMC assessment (particularly to verify that radio frequency interference levels are below the limit specified in the standards), these capacitors are most likely to be needed. Generally they are not Table 3 Parts list for the HM169-00 uncommitted module PART VALUE PCB HM160 printed circuit board ...
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... Table 4 Possible components not included in HM169-00 uncommitted module, with a typical range of component values PART TYP. VALUE R1 150 150 R3A 220 R3B 220 R4A 100 k to 470 k R4B 100 k to 470 k R5A 100 k to 470 k R5B 100 k to 470 100 220 k R9 ...
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... Use with a 10 kΩ thermistor (e.g. Vishay insulated lead 2322 640 90121). HM169-05.r HM169-05.xls 14.6 HM169-06 hot water service thermostat Temperature cut-in range °C. Hysteresis 4 °C. 230 minimum load current. Use with a 100 kΩ thermistor (e.g. Vishay insulated lead 2322 640 90121) ...
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... DOCUMENT HISTORY REVISION DATE 1.0 06 Mar 2000 2.0 18 Jan 2007 3.0 2 Jul 2008 2008 Jul 02, Revision 3.0 Precision electronic thermostat DESCRIPTION Released version Updated all references to OM1682A Updated to Hendon Semiconductors Philips references changed to Vishay (passives) and NXP (Semiconductors) 18 HM169 Engineering Sample Information ...
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... PO Box 2226 Port Adelaide SA 5015 AUSTRALIA Telephone: +61 8 8348 5200 Facsimile: +61 8 8243 1048 World Wide Web: www.hendonsemiconductors.com www.bus-buffer.com Email: hendon.info@ies-sa.com.au 2008 Jul 02, Revision 3.0 Precision electronic thermostat Street Address: Hendon Semiconductors 1 Butler Drive Hendon SA 5014 AUSTRALIA 19 Engineering Sample Information HM169 ...
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... Customers using or selling Hendon products for use in such applications their own risk and agree to fully indemnify Hendon for any damages resulting from such improper use or sale. 2008 Jul 02, Revision 3.0 Precision electronic thermostat 20 Engineering Sample Information HM169 ...