Honeywell SSC Selection Guide: Application to Part Number
發表時間： 2026-06-25 16:20:52
Honeywell TruStability™ SSC Series Pressure Sensor Selection Guide
From Application to Part Number — Your Complete Selection Roadmap
Pressure sensor selection challenges many engineers and buyers: Which pressure range? Analog or digital output? What package type? How to decode the model number? Choosing wrong means poor accuracy — or worse, project delays and costly redesigns. This guide walks you through Honeywell's TruStability™ SSC series selection logic from real-world application scenarios — helping you lock in the right part number in 3 minutes.
Figure 1: Honeywell TruStability™ SSC series — industry-leading silicon ceramic pressure sensor technology.
1. Answer These 5 Questions Before You Start
- What are you measuring? — Absolute (vs. vacuum), Gauge (vs. atmosphere), or Differential (between two ports)?
- What pressure range? — Select 1.5–2× your normal operating pressure as full scale. Don't oversize — it dilutes accuracy.
- What's your downstream interface? — Direct ADC connection → analog output. MCU/processor via bus → digital I²C or SPI.
- How much board space? — SIP: smallest footprint (single inline). DIP: standard dual inline. SMT: surface mount for automated assembly.
- Gas or liquid? — Standard models measure gas only. For liquid, special options are required and range must be ≥40 mbar.
2. Pressure Range Quick-Lookup Table
| Pressure Range | Range Class | Typical Applications | Recommended Type | Series Code |
|---|---|---|---|---|
| ≤±10 mbar | Ultra-low differential | Leak detection, micro-flow | Differential | MD Series |
| ±10~±60 mbar | Low differential/gauge | HVAC, ventilators | Diff/Gauge | MD/NG/PG |
| ±60 mbar~±1 psi | Mid-low gauge | CPAP, flow monitoring | Gauge | PG Series |
| 1~15 psi | Common range | Medical/Industrial general | Gauge/Absolute | PG/PA Series |
| 15~150 psi | High pressure | Hydraulics, industrial process | Gauge/Absolute | PG/PA/BG |
3. Analog or Digital? Quick Comparison
| Feature | Analog Output | Digital Output (I²C/SPI) |
|---|---|---|
| Signal Chain | Sensor → ADC → MCU | Sensor → MCU (direct read) |
| Accuracy Loss | ADC resolution dependent | Internally quantized — no extra loss |
| Noise Immunity | Trace-sensitive, needs filtering | Digital — inherently immune |
| PCB Layout | Analog ground isolation needed | Standard I²C/SPI routing |
| Update Rate | ~1 kHz | ~2 kHz |
| Fault Detection | Not supported | Internal electrical fault detection |
| Best For | Simple loops, existing ADC | Smart devices, multi-sensor systems |
Recommendation: For new designs with an MCU, go digital (I²C/SPI) — simpler design, better reliability. For legacy analog systems, the analog version integrates seamlessly.
4. 8 Application-to-Model Quick Mapping
| Application | Range | Type | Output | Recommended PN | Why |
|---|---|---|---|---|---|
| Ventilator/Anesthesia | 0~10 inH₂O / 5 psi | Gauge/Diff | I²C | SSCDANN010NG2A3 | 1ms airway monitoring |
| CPAP Sleep Therapy | 0~4 inH₂O | Differential | Analog | SSCSANN004PGAA5 | Ultra-low range, 5V ADC |
| Oxygen Concentrator | 0~1 psi | Gauge | I²C | SSCDANN001PGAA3 | 3.3V low-power MCU |
| Blood Pressure Monitor | 0~15 psi | Gauge | Analog | SSCDANN015PGAA5 | ±0.25% accuracy, 5V |
| HVAC Duct Static | 0~10 inH₂O | Differential | SPI | SSCDANN010NG2A5 | Wide temp, VAV control |
| Pneumatic Control | 0~15 psi | Gauge | I²C | SSCDANN015PG2A3 | 1M cycle industrial life |
| Leak Detection | ±1.6 mbar | Differential | I²C | SSCDANN016MD2A3 | Ultra-sensitive micro-diff |
| Infusion/Syringe Pump | 0~5 psi | Gauge | Analog | SSCDANN005PGAA3 | 3.3V portable device |
5. 30-Second Model Number Decoder
SSC model numbers follow a clear structure. Example: SSCDANN015PGAA3
| Position | Code | Meaning |
|---|---|---|
| 1–3 | SSC | TruStability Standard Accuracy (HSC = High Accuracy) |
| 4 | D / A | D = Digital output, A = Analog output |
| 5–6 | AN / NN | Package + Port: AN = DIP single axial barbed, NN = DIP portless |
| 7 | N | Accuracy Grade: N = Standard |
| 8–10 | 015 | Range value: 015 = 15, 010 = 10, 001 = 1 |
| 11 | P / M / B | Pressure unit: P = psi, M = mbar, B = bar |
| 12 | G / A / D | Pressure type: G = Gauge, A = Absolute, D = Differential |
| 13–14 | AA / A2 / G2 | Output config: AA = Standard Analog, A2 = I²C 0x28, G2 = SPI |
| 15 | 3 / 5 | Supply voltage: 3 = 3.3Vdc, 5 = 5.0Vdc |
6. Engineer FAQs
Q1: SSC vs. HSC — which should I choose?
SSC is Standard Accuracy (TEB ±2%~±4%); HSC is High Accuracy (TEB ±1%). For extreme precision like medical metrology, choose HSC. For most medical and industrial applications, SSC offers sufficient accuracy with better cost-effectiveness.
Q2: What's the difference between compensated and operating temperature?
Compensated temperature range is where specifications are guaranteed. Operating temperature range is where the sensor functions but with potentially relaxed specs. Always design within the compensated range for critical measurements.
Q3: Can the SSC measure liquids?
Standard models measure gas only. With the liquid media option, models ≥40 mbar can measure non-corrosive, non-ionic liquids. Note: liquid only on Port 1 — Port 2 is not liquid-compatible.
Q4: What about overpressure capability?
SSC sensors use Honeywell's patented silicon ceramic technology with industry-leading burst pressure. Overpressure is typically 2× full scale, burst pressure higher. The sensor survives pressure spikes that would damage conventional designs.
Q5: Do I need external temperature compensation?
No. Every SSC sensor is factory-calibrated via onboard ASIC for offset, sensitivity, temperature effects, and non-linearity across the full pressure and temperature range. Read the output directly — no external compensation algorithms needed.
7. Procurement: Supply Chain & Support
Yuanqimao Electronics (YQM) is a Honeywell authorized distributor providing: genuine products with certificates & QC reports, spot inventory with fast delivery for samples and volume orders, FAE one-on-one selection support, BOM-level one-stop procurement, and flexible commercial terms from sample → pilot → volume pricing. Browse our full pressure sensor portfolio or explore all sensor categories.
Need selection help? Contact our engineering team — tell us your application and we'll recommend the right part number.
Get Honeywell SSC Selection Support & Samples
●Authorized Distributor Stock
●FAE One-on-One Selection
●Free Samples Available
●BOM One-Stop Service
Honeywell SSC Selection Guide: Application to Part Number
發表時間： 2026-06-25 16:20:52
Honeywell TruStability™ SSC Series Pressure Sensor Selection Guide
From Application to Part Number — Your Complete Selection Roadmap
Pressure sensor selection challenges many engineers and buyers: Which pressure range? Analog or digital output? What package type? How to decode the model number? Choosing wrong means poor accuracy — or worse, project delays and costly redesigns. This guide walks you through Honeywell's TruStability™ SSC series selection logic from real-world application scenarios — helping you lock in the right part number in 3 minutes.
Figure 1: Honeywell TruStability™ SSC series — industry-leading silicon ceramic pressure sensor technology.
1. Answer These 5 Questions Before You Start
- What are you measuring? — Absolute (vs. vacuum), Gauge (vs. atmosphere), or Differential (between two ports)?
- What pressure range? — Select 1.5–2× your normal operating pressure as full scale. Don't oversize — it dilutes accuracy.
- What's your downstream interface? — Direct ADC connection → analog output. MCU/processor via bus → digital I²C or SPI.
- How much board space? — SIP: smallest footprint (single inline). DIP: standard dual inline. SMT: surface mount for automated assembly.
- Gas or liquid? — Standard models measure gas only. For liquid, special options are required and range must be ≥40 mbar.
2. Pressure Range Quick-Lookup Table
| Pressure Range | Range Class | Typical Applications | Recommended Type | Series Code |
|---|---|---|---|---|
| ≤±10 mbar | Ultra-low differential | Leak detection, micro-flow | Differential | MD Series |
| ±10~±60 mbar | Low differential/gauge | HVAC, ventilators | Diff/Gauge | MD/NG/PG |
| ±60 mbar~±1 psi | Mid-low gauge | CPAP, flow monitoring | Gauge | PG Series |
| 1~15 psi | Common range | Medical/Industrial general | Gauge/Absolute | PG/PA Series |
| 15~150 psi | High pressure | Hydraulics, industrial process | Gauge/Absolute | PG/PA/BG |
3. Analog or Digital? Quick Comparison
| Feature | Analog Output | Digital Output (I²C/SPI) |
|---|---|---|
| Signal Chain | Sensor → ADC → MCU | Sensor → MCU (direct read) |
| Accuracy Loss | ADC resolution dependent | Internally quantized — no extra loss |
| Noise Immunity | Trace-sensitive, needs filtering | Digital — inherently immune |
| PCB Layout | Analog ground isolation needed | Standard I²C/SPI routing |
| Update Rate | ~1 kHz | ~2 kHz |
| Fault Detection | Not supported | Internal electrical fault detection |
| Best For | Simple loops, existing ADC | Smart devices, multi-sensor systems |
Recommendation: For new designs with an MCU, go digital (I²C/SPI) — simpler design, better reliability. For legacy analog systems, the analog version integrates seamlessly.
4. 8 Application-to-Model Quick Mapping
| Application | Range | Type | Output | Recommended PN | Why |
|---|---|---|---|---|---|
| Ventilator/Anesthesia | 0~10 inH₂O / 5 psi | Gauge/Diff | I²C | SSCDANN010NG2A3 | 1ms airway monitoring |
| CPAP Sleep Therapy | 0~4 inH₂O | Differential | Analog | SSCSANN004PGAA5 | Ultra-low range, 5V ADC |
| Oxygen Concentrator | 0~1 psi | Gauge | I²C | SSCDANN001PGAA3 | 3.3V low-power MCU |
| Blood Pressure Monitor | 0~15 psi | Gauge | Analog | SSCDANN015PGAA5 | ±0.25% accuracy, 5V |
| HVAC Duct Static | 0~10 inH₂O | Differential | SPI | SSCDANN010NG2A5 | Wide temp, VAV control |
| Pneumatic Control | 0~15 psi | Gauge | I²C | SSCDANN015PG2A3 | 1M cycle industrial life |
| Leak Detection | ±1.6 mbar | Differential | I²C | SSCDANN016MD2A3 | Ultra-sensitive micro-diff |
| Infusion/Syringe Pump | 0~5 psi | Gauge | Analog | SSCDANN005PGAA3 | 3.3V portable device |
5. 30-Second Model Number Decoder
SSC model numbers follow a clear structure. Example: SSCDANN015PGAA3
| Position | Code | Meaning |
|---|---|---|
| 1–3 | SSC | TruStability Standard Accuracy (HSC = High Accuracy) |
| 4 | D / A | D = Digital output, A = Analog output |
| 5–6 | AN / NN | Package + Port: AN = DIP single axial barbed, NN = DIP portless |
| 7 | N | Accuracy Grade: N = Standard |
| 8–10 | 015 | Range value: 015 = 15, 010 = 10, 001 = 1 |
| 11 | P / M / B | Pressure unit: P = psi, M = mbar, B = bar |
| 12 | G / A / D | Pressure type: G = Gauge, A = Absolute, D = Differential |
| 13–14 | AA / A2 / G2 | Output config: AA = Standard Analog, A2 = I²C 0x28, G2 = SPI |
| 15 | 3 / 5 | Supply voltage: 3 = 3.3Vdc, 5 = 5.0Vdc |
6. Engineer FAQs
Q1: SSC vs. HSC — which should I choose?
SSC is Standard Accuracy (TEB ±2%~±4%); HSC is High Accuracy (TEB ±1%). For extreme precision like medical metrology, choose HSC. For most medical and industrial applications, SSC offers sufficient accuracy with better cost-effectiveness.
Q2: What's the difference between compensated and operating temperature?
Compensated temperature range is where specifications are guaranteed. Operating temperature range is where the sensor functions but with potentially relaxed specs. Always design within the compensated range for critical measurements.
Q3: Can the SSC measure liquids?
Standard models measure gas only. With the liquid media option, models ≥40 mbar can measure non-corrosive, non-ionic liquids. Note: liquid only on Port 1 — Port 2 is not liquid-compatible.
Q4: What about overpressure capability?
SSC sensors use Honeywell's patented silicon ceramic technology with industry-leading burst pressure. Overpressure is typically 2× full scale, burst pressure higher. The sensor survives pressure spikes that would damage conventional designs.
Q5: Do I need external temperature compensation?
No. Every SSC sensor is factory-calibrated via onboard ASIC for offset, sensitivity, temperature effects, and non-linearity across the full pressure and temperature range. Read the output directly — no external compensation algorithms needed.
7. Procurement: Supply Chain & Support
Yuanqimao Electronics (YQM) is a Honeywell authorized distributor providing: genuine products with certificates & QC reports, spot inventory with fast delivery for samples and volume orders, FAE one-on-one selection support, BOM-level one-stop procurement, and flexible commercial terms from sample → pilot → volume pricing. Browse our full pressure sensor portfolio or explore all sensor categories.
Need selection help? Contact our engineering team — tell us your application and we'll recommend the right part number.
Get Honeywell SSC Selection Support & Samples
●Authorized Distributor Stock
●FAE One-on-One Selection
●Free Samples Available
●BOM One-Stop Service
Other Articles
-
SGT MOSFET for Robotics: Joint Motor Drive & Battery Protection
-
YQ8563: Drop-In Low-Power RTC Replacement for NXP PCF8563
-
Industrial Robot Clocking: Why MEMS Timing Beats Quartz
-
YQ8025T RTC: Built-in DTCXO, No Crystal — RX8025T Alternative
-
Sunlord WL-FS Wire-Wound Ferrite Inductors for Audio Lines: Purer Sound, Lower THD
-
Epson TSX-3225C Crystal: Pin-to-Pin FA-238 Upgrade for 5G, IoT & Automotive
-
SiTime PNT Timing Foundation: Why Precision Oscillators Define Modern Navigation
-
NCE90N800F 900V Super-Junction MOSFET — CoolMOS Alternative
-
NCE Gen.8 IGBT Series: 1200V/140A NCE140GD120VTP4 Benchmarks Ahead of Top Competitors
-
YXC High-Performance Timing Devices Empowering a New Experience in AI Wearables
Copyright By © YQM ELECTRONICS INTL LIMITED SITEMAP
Email: sales@yqmec.com
點擊右上角
分享給朋友吧
