The document describes HTR's HIP series of silicone coated, wire wound resistors. The resistors are available in power ratings from 3W to 10W and resistance values from R01 to 90K ohms. They have PCB-type terminations for easy wave soldering. Key features include flame retardant silicone coating, resistance to soldering heat, high overload voltage tolerance, and stable resistance over temperature. Applications include use in TVs, monitors, and audio equipment. Ordering information is provided for standard and RoHS compliant models.
This product is a type of Silicone Coated Resistors, which is a type of Wire Wound Resistors. Features of this product are: Ceramic core, PCB pluggable style, UL approved flame retardant coating. This products is consumable for Commercial and Industrial Electronics.
For more information of this product, please copy & paste the url given below:
http://htr-india.com/product/hip/
This product is a type of Silicone Coated Resistors, which is a type of Wire Wound Resistors. Features of this product are: Ceramic core, PCB pluggable style, UL approved flame retardant coating. This products is consumable for Commercial and Industrial Electronics.
For more information of this product, please copy & paste the url given below:
http://htr-india.com/product/hip/
This product is a type of Ceramic Encased Resistor, which is a type of Wire Wound Resistors. Features of this product are: Flat vertical mounting type, Ceramic and fibre glass core available, Ceramic legs for greater stability also act as heat sink, Impulsive types available, Non inductive types available, PCB space saving resistor. This products is consumable for Industrial and Consumer Electronics.
For more information of this product, please copy & paste the url given below:
http://htr-india.com/product/hmv/
This product is a type of Ceramic Encased Resistor, which is a type of Wire Wound Resistors. Features of this product are: High stability vertical mounting bracket available, Fibre glass and ceramic core available, Ceramic encased for high degree of insulation and low surface temperature, Impulse types available, Non inductive type available. This products is consumable for Industrial and Consumer Electronics.
For more information of this product, please copy & paste the url given below:
http://htr-india.com/product/hcv-bracket/
This product is a type of Ceramic Encased Resistor, which is a type of Wire Wound Resistors. Features of this product are: Fibre glass and ceramic core available, Ceramic encased for high degree of insulation and low surface temperature, Impulse types available, Non inductive type available. This products is consumable for Industrial and Consumer Electronics.
For more information of this product, please copy & paste the url given below:
http://htr-india.com/product/hca/
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https://alandix.com/academic/papers/synergy2024-epistemic/
As machine learning integrates deeper into human-computer interactions, the concept of epistemic interaction emerges, aiming to refine these interactions to enhance system adaptability. This approach encourages minor, intentional adjustments in user behaviour to enrich the data available for system learning. This paper introduces epistemic interaction within the context of human-system communication, illustrating how deliberate interaction design can improve system understanding and adaptation. Through concrete examples, we demonstrate the potential of epistemic interaction to significantly advance human-computer interaction by leveraging intuitive human communication strategies to inform system design and functionality, offering a novel pathway for enriching user-system engagements.
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https://arxiv.org/abs/2306.08302
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1. WIRE WOUND RESISTORS
SILICONE COATED TYPE
HIP
SERIES
POWER TYPE
Silicone / Cement Coated
Wire Wound Resistors
Industrial Applications
• PCB type termination which
can be easily inserted and
wave soldered on to the PCB.
• Especially designed for use in
B/W and colour monitors.
• 3W to 10W
• R01 to 90K
Flame Retardant
Silicone Coating
Alloy
Resistance Wire,
Wound On
Ceramic Core
Tin Plated,
PCB Type Termination
e : info@htr-india.com
www.htr-india.com
Rev Date : 22/05/2019
AEC-Q200Qualified
2. PHYSICAL CONFIGURATION
H3P 3W 20.0 6.5 12.5 18.5 R01 6K8 2.6
H5P 5W 25.0 9.0 15.0 22.5 R01 39K 3.7
H7P 7W 40.0 9.0 29.5 22.5 R01 68K 5.6
H10P 10W 54.0 9.0 43.0 22.5 R01 90K 6.8
HTR
TYPE
POWER
RATING
at 40°C
(Ambient)
L
±1.5
H
±1
DIMENSIONS (mm) RESISTANCE RANGE
min max
TYPICAL
WEIGHT
PER PC
(gms)
* For resistance values < 1R0 + 0.8mm allowed.
*
D
(max)
P
±1.0
PARAMETER/ PERFORMANCE TEST TEST METHOD - DETAILS PERFORMANCE REQUIREMENTS
ELECTRICAL AND ENVIRONMENTAL
CHARACTERISTICS / DATA
Power Rating (Rated Ambient Full Power dissipation at 40°C and
Temperature) linearly derated to zero at +275°C
(Refer Derating Curve above)
Resistance Tolerances Available JIS - C – 5202 para 5.1 ±10% (K); ±5% (J); ±3% (H);
±2%(G); ±1% (F)
Operating Temperature Range -55°C to +275°C with suitable
derating as per derating curve shown above
Voltage Rating / Limiting Voltage / V= PxR
Max.Working Voltage
Maximum Overload Voltage Varies depending on resistance value,
duration of overload and type of pulse
waveform. (Contact factory for details)
Rated Load JIS - C – 5202 para 5.4 ∆R ± [1% + R05]
Dielectric Withstanding Voltage JIS - C – 5202 para 5.7 ∆R ± [1% + R05]
/ Voltage Proof (based on limiting voltage x 2 or
500V whichever is applicable)
Short Time Overload JIS - C – 5202 para 5.5 ∆R ± [2% + R05]
(Upto 3W - condition A – R.V x 2.5 for
5 secs) (5W and above – condition B - Voltage
corresponding to10 times power for 5 secs)
Insulation Resistance JIS - C – 5202 para 5.6 (Condition F) >1000MΩ (Dry)
Temperature Co-efficient of JIS - C – 5202 para 5.2 ± 90 ppm / °C [>10R]
Resistance ± 80 ppm / °C [<10R]
± 200 ppm / °C [<R10]
H3P H5P, H7P & H10P
WIRE WOUND
RESISTORS
SILICONE
COATED TYPE
HIP
e : info@htr-india.com
www.htr-india.com
Rev Date : 22/05/2019
3. MECHANICAL SPECIFICATIONS
PARAMETER/ PERFORMANCE TEST TEST METHOD - DETAILS PERFORMANCE REQUIREMENTS
Terminal Tensile Strength 40 Newtons
Resistance to Soldering Heat 260°C - 270°C for 10 secs ∆R ± [0.2% + R05] – Typical
Solderability JIS - C – 5202 para 6.5 Continuous and satisfactory
(95% Min coverage)
WIRE WOUND
RESISTORS
SILICONE
COATED TYPE
HIP
PARAMETER/ PERFORMANCE TEST TEST METHOD - DETAILS PERFORMANCE REQUIREMENTS
Endurance – under load with JIS - C – 5202 para 7.9 ∆R ± [5%+R05]
humidity 1000 hours at 40°C ± 2°C, 95% R.H with limiting
voltage - 1.5 hours on / 0.5 hours off
Damp Heat (Steady State) JIS - C – 5202 para 7.5 ∆R ± [3% + R05]
Temperature Cycling JIS - C – 5202 para 7.4 ∆R ± [1% + R05] - Typical
[Room temperature -55°C
Room temperature +155°C
Room temperature for 5 cycles]
Load Life JIS - C – 5202 para 7.10 ∆R ± [5% + R05] - Average
1000 hours at 70°C limiting voltage
- 1.5 hours on / 0.5 hours off
Solvent Resistance JIS - C – 5202 para 6.9 No effect on coating or marking
Solvent A – IPA for 60secs ± 10 secs.
Flame Retardant JIS - C - 5202 para 7.12.3.2 No flaming / arcing
(Under Overload Condition)
TYPICAL APPLICATIONS
• HIP series of power type wire wound resistors have been specifically developed to cater to those OEM’s which have
automated assembly facilities for TV’s and audio equipment.
• The terminations are designed as per international specifications so that they merely have to be inserted into the
PCB and wave soldered.
• HIP series has fire retardant coating and is compatible with UL standards.
• Due to the configuration and method of manufacture, resistors of HIP series have rigidly bonded terminations
ensuring high endurance against vibration / shock.
1. For RoHS version – H7P *
2. For Pulse type – H7P I
Series Type Packing Resistance Value Tolerance
HIP H7P / H7P* Bulk H7P* / H7P 150R K
ORDERING INFORMATION
e : info@htr-india.com
www.htr-india.com
Rev Date : 22/05/2019
![PHYSICAL CONFIGURATION
H3P 3W 20.0 6.5 12.5 18.5 R01 6K8 2.6
H5P 5W 25.0 9.0 15.0 22.5 R01 39K 3.7
H7P 7W 40.0 9.0 29.5 22.5 R01 68K 5.6
H10P 10W 54.0 9.0 43.0 22.5 R01 90K 6.8
HTR
TYPE
POWER
RATING
at 40°C
(Ambient)
L
±1.5
H
±1
DIMENSIONS (mm) RESISTANCE RANGE
min max
TYPICAL
WEIGHT
PER PC
(gms)
* For resistance values < 1R0 + 0.8mm allowed.
*
D
(max)
P
±1.0
PARAMETER/ PERFORMANCE TEST TEST METHOD - DETAILS PERFORMANCE REQUIREMENTS
ELECTRICAL AND ENVIRONMENTAL
CHARACTERISTICS / DATA
Power Rating (Rated Ambient Full Power dissipation at 40°C and
Temperature) linearly derated to zero at +275°C
(Refer Derating Curve above)
Resistance Tolerances Available JIS - C – 5202 para 5.1 ±10% (K); ±5% (J); ±3% (H);
±2%(G); ±1% (F)
Operating Temperature Range -55°C to +275°C with suitable
derating as per derating curve shown above
Voltage Rating / Limiting Voltage / V= PxR
Max.Working Voltage
Maximum Overload Voltage Varies depending on resistance value,
duration of overload and type of pulse
waveform. (Contact factory for details)
Rated Load JIS - C – 5202 para 5.4 ∆R ± [1% + R05]
Dielectric Withstanding Voltage JIS - C – 5202 para 5.7 ∆R ± [1% + R05]
/ Voltage Proof (based on limiting voltage x 2 or
500V whichever is applicable)
Short Time Overload JIS - C – 5202 para 5.5 ∆R ± [2% + R05]
(Upto 3W - condition A – R.V x 2.5 for
5 secs) (5W and above – condition B - Voltage
corresponding to10 times power for 5 secs)
Insulation Resistance JIS - C – 5202 para 5.6 (Condition F) >1000MΩ (Dry)
Temperature Co-efficient of JIS - C – 5202 para 5.2 ± 90 ppm / °C [>10R]
Resistance ± 80 ppm / °C [<10R]
± 200 ppm / °C [<R10]
H3P H5P, H7P & H10P
WIRE WOUND
RESISTORS
SILICONE
COATED TYPE
HIP
e : info@htr-india.com
www.htr-india.com
Rev Date : 22/05/2019](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)