Featured Partners

Featured Partner: CTC Coil

About CTC Coil

CTC Coil focuses on power magnetics and related components. Their role is to help OEMs and EMS partners bring robust, compliant, and manufacturable power electronics to market—faster and with lower risk—by combining CTC Coil's manufacturing strengths with their local engineering, quality, and supply chain capabilities.

What CTC Coil Offers

End-to-end support from concept to mass production for power magnetics and EMI/EMC components:

Product Portfolio: Power inductors (SMD & through-hole, molded & shielded), high-current chokes, common-mode & differential chokes, PFC and resonant inductors, current-sense inductors, line and data chokes, flyback/forward/LLC transformers, planar magnetics, gate-drive transformers, current transformers, and filter assemblies.

Custom Magnetics Design: Core and material selection (ferrite, powdered iron, amorphous/nanocrystalline), Litz wire and winding design, gap optimization, thermal and mechanical design (potting/encapsulation, vibration, NVH), creepage/clearance and isolation per application standards.

Design-in Engineering: Topology guidance, component sizing & loss modeling, EMI mitigation, saturation & ripple current analysis, thermal rise prediction, derating, FEA support, and DFM/DFT.

Rapid Sampling & Validation: Quick-turn prototypes, characterization (L, DCR, Isat, Irms, Q, core loss), Hi-Pot & surge tests, frequency sweeps/S-parameters, thermal and life testing.

Compliance & Documentation: RoHS/REACH, conflict minerals (CMRT/EMRT), PFAS statements, PPAP/FAI, IMDS submissions, CofC, CoO, and controlled PCN/EOL management.

Engagement Model: Discover → Design-In → Validate → Launch → Sustain (lifecycle & cost optimization)

Design Applications by Industry

🚗 Automotive (EV, xEV, ICE, and Charging Infrastructure)

Typical Applications: On-board chargers (OBC), DC-DC converters (48V↔12V/24V), traction inverter gate-drive transformers, BMS power stages, ADAS/infotainment power rails, start-stop/mild-hybrid converters, HV/LV EMI filters, EVSE/fast-charging cabinets.

Design Support: AEC-Q200 capable options, extended temperature (-40°C to +125/155°C), vibration and mechanical retention per ISO 16750, isolation and EMI compliance guidance.

Quality & Supply Chain: IATF 16949 alignment, PPAP (Levels 1–5), APQP, IMDS, lot traceability, long-term agreements.

🏭 Industrial & Energy (Drives, Renewables, UPS, Automation)

Typical Applications: Solar and ESS inverters (PFC, boost, LLC magnetics), motor drives and servo packs, industrial SMPS, UPS/backup systems, welding, robotics, PLC/controls, smart meters, instrumentation.

Design Support: Efficiency and thermal optimization for continuous duty, core material trade-offs for low loss at switching frequency, EMI/EMC filter design for IEC/EN 61000 series.

Quality & Supply Chain: ISO 9001/14001 processes, forecast-driven stocking, Kanban/JIT replenishment, alternates management.

🏥 Medical (Diagnostics, Monitoring, Therapy, Lab Equipment)

Typical Applications: Medical-grade power supplies for patient monitors, infusion/respiratory devices, imaging subsystems, surgical tools, laboratory analyzers, dental/clinic equipment.

Design Support: IEC 60601-1 isolation and creepage/clearance recommendations, low leakage current, low acoustic noise/EMI, stable inductance under load.

Quality & Supply Chain: ISO 13485 documentation practices, controlled change management, clean packaging, reliability data packs.

Technical Capabilities Snapshot

Magnetic Design: Topology-aware sizing, core loss and copper loss modeling, gap/fringing optimization, leakage tuning for resonant designs, DCR/AC-R modeling (including Litz), thermal paths and potting.

Mechanical & Environmental: Resin/potting selection, overmold options, vibration retention, conformal coatings, mounting and lead-forming, high-altitude/low-pressure considerations.

EMI/EMC: Common/differential mode filtering, damping networks, layout guidance around magnetics, noise characterization and mitigation.

Validation & Reliability: Hi-Pot, surge, temperature rise, life tests, HALT/HASS per program needs, incoming/outgoing inspection criteria, PPAP/FAI/COC packages.

Why Partner With CTC Coil

Design-in Velocity: Application engineers who understand both the power stage and the magnetics.
Manufacturability & Quality: DFM/DFT inputs early to avoid surprises later; documentation packages tailored to your industry.
Assured Supply: Inventory programs tuned to your build cadence; transparent PCN/EOL and alternates planning.
Total-Cost Focus: Performance, reliability, and logistics optimized together—not in isolation.
Featured Partner: Honeywell

About Honeywell Sensors & Switches

Honeywell's range of sensors and switches are designed to meet diverse industrial, commercial, and scientific needs. Honeywell designs and manufactures electronic sensors that detect and measure a variety of physical phenomena and deliver reliable output (typically in the form of electronic signals), suitable for integration into complex measurement, control, or monitoring systems.

Physical Parameters Portfolio

Honeywell's comprehensive portfolio includes sensors for measuring the following physical parameters:

Temperature: Precision thermal sensing solutions for industrial and commercial applications with wide operating ranges.

Pressure: High-accuracy pressure measurement sensors designed for demanding environments and critical applications.

Force: Load cells and force sensors engineered for precise measurement and long-term reliability.

Current: Current sensing solutions with high accuracy for power monitoring and control systems.

Humidity: Advanced humidity sensors with digital output for HVAC and environmental monitoring.

Magnetic Fields: Hall-effect and magnetoresistive sensors for position, speed, and proximity detection.

Motion & Position: Comprehensive positioning solutions including proximity sensors and motion detection systems.

Pressure Sensors - Technical Specifications

Comprehensive range of pressure sensing solutions from micro-pressure to high-pressure applications:

Series Pressure Range Accuracy / TEB Output / Interface Temp Range Package / Notes
HSC Series
(High-Accuracy TruStability)
±1.6 mbar to ±10 bar
(±160 Pa to ±1 MPa)
±0.5 inH₂O to ±150 psi
High accuracy, datasheet-specific TEB/accuracy per range Ratiometric analog or digital (SPI/I²C) Compensated 0–50°C
Operating −40–85°C
Board-mount SMT/SIP/DIP
absolute/gauge/differential
SSC Series
(TruStability – Standard)
±160 Pa to ±1 MPa
(±1.6 mbar to ±10 bar)
Standard accuracy; datasheet-specific per range Analog and digital Operating −40 to +85°C
(varies)
Board-mount; multiple port styles/packages
RSC Series
(High-Resolution)
±1.6 mbar to ±10 bar
(±160 Pa to ±1 MPa)
Very low drift; datasheet-specific TEB Digital (24-bit ADC, SPI) Compensated ~0–50°C
Operating wider
Digital output, calibrated & temp-compensated
TSC Series
(Unamplified)
±60 mbar to ±10 bar
(~±6 kPa to ±1 MPa)
±1 psi to ±150 psi
Accuracy as low as 0.1% FSS BFSL Unamplified bridge (mV) Compensated 0–85°C
Operating −40–85°C
Board-mount; differential/gauge
NSC Series
(TruStability)
Multiple spans
(absolute/gage/differential)
TruStability performance Analog and digital options Various comp. ranges Board-mount; broad options
MPR Series
(MicroPressure)
±40 mbar to ±2.5 bar
(±4 kPa to ±250 kPa)
Calibrated & compensated; datasheet-specific TEB Digital output (ASIC/ADC) Operating −40 to +85°C Tiny 5×5 mm footprint; low power
26PC Series
(Miniature Low-Pressure)
1 psi to 250 psi Compensated/unamplified, per-model accuracy Unamplified bridge (mV), some amplified Datasheet-specific ranges Miniature, low-cost; SIP/SMT/flow-through
PX2/PX3 Series
(Industrial Transducers)
PX2: 1–70 bar (15–1000 psi)
PX3: 1–50 bar (15–700 psi)
PX3: TEB ~±1% FSS
PX2 varies
Amplified analog (V/mA) −40 to +125°C (PX3)
PX2 similar
Rugged, industrial connectors
Model DPS
(Digital, CANopen®)
10 psi to 10,000 psi
(≈1 bar to 700 bar)
≤30 psi: ±0.25% FS
>30 psi: ±0.10% FS
TEB ~±2% FS
CANbus (CANopen®) Industrial temp ranges; datasheet-specific Stainless/Hastelloy; harsh environments

Temperature & Humidity Sensors

The Honeywell Temperature & Humidity Sensors presents a comprehensive range of temperature sensors engineered for reliability, repeatability, precision, and responsiveness. Honeywell offers various sensor types including temperature probes, RTDs (Resistance Temperature Detectors), thermostats, flexible heaters, and thermistors.

Series / Model Sensor Element Temperature Range Accuracy Package / Mounting Notes / Applications
TR21 20K ohms non-linear N/A N/A Wall mount, 2x4 or 60mm junction Temperature only, standard wall sensor
TR21-H 20K ohms non-linear N/A N/A Wall mount Temp & Humidity, fan switching optional
TR22 N/A N/A N/A Enclosure + sensor Temperature & Humidity sensor
TR23 N/A N/A N/A Enclosure + sensor Temp & Humidity with override
TR23-H N/A N/A N/A Enclosure + sensor Wireless versions available
T775 1097 ohms @ 77°F -40° to 350°F
(-40° to 177°C)
N/A Probe types: standard, water-resistant, water-tight, strap-on Used with T775 Series 2000 controllers
C7031D2003 N/A -40° to 350°F
(-40° to 177°C)
N/A 5-in immersion with wiring box Duct or immersion sensor
C7100D1001 PT1000 40° to 220°F
(4° to 104°C)
N/A 12-in flat response duct sensor Duct mounting
C7041F2006 20K ohms NTC -40° to 250°F
(-40° to 121°C)
N/A Wall mount Outdoor air temp sensor
H7725A2010 20K ohms NTC N/A ±2% RH (humidity) Wall mount Temp & Humidity sensor with selectable output
H7735A2012 20K ohms NTC N/A ±3% RH (humidity) Wall mount Temp & Humidity sensor
HST-DM-E
(duct sensor)
Digital sensor 0-100°C approx
(HST-D spec)
±0.3K @ 25°C Duct mounting Duct temperature sensor with 4-20mA output
R300-F35-M14-C RTD, 100 ohm -40°C to +300°C ±3°C Immersion sensor Industrial immersion temperature sensor

Force Sensors - Technical Specifications

Honeywell Force Sensor series designed for medical, healthcare, and industrial automation applications with high reliability and precision force measurement:

Series Force Range Temperature Range Accuracy / Error Output Types Packaging / Mounting Notes / Applications
FSA Series Various: N, lb, g, kg ranges Typically 5°C to 50°C
(compensated)
Total Error Band ±5% FSS
Accuracy ±3% FSS
Analog ratiometric, SPI, I2C digital Compact, modular pack with elastomeric tech and stainless steel plunger Amplified, compensated, good for medical (infusion, dialysis) and industrial robotics
FSS Series 0 N to 20 N -40°C to 85°C
(storage temp)
Not amplified/uncompensated
360mV typ output
Analog ratiometric (unamplified) Compact commercial-grade package High reliability (20 million MCTF), low deflection, used in healthcare
FSG Series 0 N to 20 N Not specified Unamplified, non-compensated, precise Analog, unamplified Compact commercial-grade package with mounting options Low power, robust stainless steel plunger; suitable for healthcare and industrial automation
FSS-SMT Series 0 N to 20 N Not specified Unamplified, uncompensated Analog mV output (Wheatstone bridge) Surface mount PCB sensor SMT compatible; automated assembly; small size; designed for healthcare
1865 Series Not explicit in specs Not explicit High performance transducer Not specified Custom OEM packages Designed for medical and specialized OEM use
FMA Series Micro force sensors
(low force range)
Not specified Offering digital outputs Digital Micro package Piezoresistive; precise micro force sensing with digital output

Applications & Industries Served

This breadth allows Honeywell to serve across many applications and industries:

🏭 Industrial Automation

Process control, manufacturing equipment, robotics, and factory automation systems requiring precise sensing and monitoring capabilities.

✈️ Aerospace

Aircraft systems, navigation equipment, environmental controls, and critical flight instrumentation demanding the highest reliability and precision.

🚗 Electric Vehicles

Battery management systems, motor control, charging infrastructure, and vehicle safety systems for next-generation automotive applications.

🏥 Medical Devices

Patient monitoring equipment, diagnostic instruments, therapeutic devices, and laboratory automation systems requiring medical-grade accuracy.

📱 Consumer Electronics

Smart devices, wearables, home automation, and IoT applications where compact size and energy efficiency are paramount.

Engineered for Demanding Environments

Rugged Design: Honeywell Sensors and Switches are engineered for demanding environments including extreme temperature variations, high pressure conditions, and other challenging operational circumstances. This robust engineering ensures reliable performance in critical applications where failure is not an option.

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