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F360S Pyroelectric Infrared Sensor

This document is used for passive pyroelectric infrared sensor output devices.

Product Inquiries:

  • Product Description
  • Features

    * High sensitivity and superior signal-to-noise ratio

    * High stability against temperature variations

    * Strong anti-interference capability (e.g., vibration, RF interference, etc.)

    * Excellent cost-performance ratio

     

    Application

    * Safety

    * Lighting fixtures

    * Family and other areas

     

    Scope of Use

    This document is used for passive pyroelectric infrared sensor output devices.

     

    Sensor output format

    Balanced Differential Type

     

    Product name and product number

    3.1 Product Name

    Pyroelectric infrared sensor

    3.2 Product Number

    F360S

     

    Appearance and dimensions

    4.1 Appearance

    The surface is smooth, free of scratches, stains, rust, and other such defects.

    4.2 Appearance and Dimensions

    TO-5: For detailed dimensions, see Figure 1.

     

    Electrical Performance Parameters (Ambient Temperature: 25℃)

     

    Project

    Test conditions

    Specifications

    5.1 Output Signal

    Blackbody temperature 420 K

    Modulation frequency: 1 Hz, 0.3–3.5 Hz △f,

    Vd = 5V, Rs = 47 kΩ, gain = 72.5 dB

    ¨ For detailed test methods, see Figure 2.

    Min: 3.3V

    5.2 Noise

    Modulation frequency: 1 Hz, 0.3–3.5 Hz △f,

    Vd = 5V, Rs = 47 kΩ, gain = 72.5 dB

    ¨ For detailed test methods, see Figure 2.

    Max: 70 mV

    5.3 Balanced Output

    Blackbody temperature 420 K

    Modulation frequency: 1 Hz, 0.3–3.5 Hz △f,

    Vd = 5V, Rs = 47 kΩ, gain = 72.5 dB

    ¨ For detailed test methods, see Figures 2 and 3.

    VA = Sensitivity of Unit A (Vp-p)

    VB = Sensitivity of the B unit (Vp-p)

    |VA - VB| / (VA + VB) × 100% ≤ 10%

    5.4 Power Supply Voltage

    Single-supply power supply

    Rs = 47 kΩ

    3–15V

    5.5 Source Voltage

    Vd = 5V, Rs = 47 kΩ

    0.4–1.0 V

    5.6 Internal Equivalent Circuit

    See Figure 4 for details.

     

    5.7 Response Time

    The time it takes for the sensor output signal to stabilize after power-on.

    Max: 40 seconds

    5.8 Operating Temperature

     

    -30℃ to 70℃

    5.9 Storage Temperature

     

    -40℃ to 80℃

     

    Optical Performance Parameters

     

    Project

    Specifications

    6.1 Incident Angle

    X-axis direction: 120 degrees

    Y-axis direction: 110 degrees

    6.2 Receiving Wavelength

    Substrate material: Silicon

    Cutoff wavelength: 5.5–14 μm

    Average transmittance: ≥75%

    6.3 Transmission Characteristics Curve of the Filter

    See Figure 5 for details.

     

    Inspection item

    Process inspection

    Full inspection: Item 5—electrical performance parameters, including items 5.1 through 5.3 and 5.5.

    Shipment inspection

    Before shipment, conduct spot checks on items 5.1 through 5.3 and 5.5 of Project 5, as well as items 4.1 and 4.2 of Project 4, according to the pre-shipment sampling inspection standards.

     

    Packaging

    The goods are securely packaged and show no signs of damage.

     

    Nonconforming Product Handling

    During receipt and in-process inspection, if nonconforming products are discovered, both parties will negotiate to handle the issue.

     

    Place of origin

    Ruzhou, China

     

    Agreement Items

    Any changes to the contents of this agreement must be agreed upon by both parties and confirmed by a written document.

     

    Dimensional Specification Diagram

     

     Dimensional Specification Diagram

    Figure 1: Dimensional Specification Diagram

     

    Pyroelectric Infrared Sensor Testing Method

     

     Pyroelectric Infrared Sensor Testing Method

    Figure 2: Measurement Conditions

    Ambient temperature: 25ºC

    Blackbody temperature: 420 K

    Modulation frequency: 1 Hz, 0.3–3.5 Hz △f,

    Gain: 72.5 dB

     

     Figure 2: Measurement Conditions—Ambient Temperature: 25ºC; Blackbody Temperature: 420 K; Modulation Frequency: 1 Hz, 0.3–3.5 Hz △f; Amplification Factor: 72.5 dB

    Figure 3: Balance Assessment Method

    The sensitivity balance of the dual-element sensor is calculated by measuring the sensitivity of each individual element (i.e., the peak output voltage of a single element) and using the following formula.
    Balance degree = |VA - VB| / (VA + VB) × 100%

    VA = Sensitivity of Face A (mVp-p)
    VB = Sensitivity of the B-side (mVp-p)

    Internal Equivalent Circuit

     Figure 4: Equivalent Circuit—Wavelength Range of Light That Can Be Transmitted Through the Window Material

    Figure 4: Equivalent Circuit

     

    Wavelength range of transmittance for window materials

     

     Wavelength range of transmittance for window materials

     

    Figure 5: Spectral Characteristics of the Filter

    Packaging method:

    Component Packaging Drawing (Unit: mm)

     

    sdfsf

    100 sensors per pack / in cardboard box

    Outer carton packaging drawing (unit: mm)

     Outer carton packaging drawing (unit: mm)

    Small packaging box: 390*260*145; packaging sensors: 30*100 = 3,000 units.

    Large packaging box: 630*440*310; packaging sensors: 4*30*100 = 12,000 units.

     

Keywords: metallic sodium

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