XENON FLASH LAMP MODULES

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LAMP COMPACT W MODULES : L/L series (side-on type) : L/L series (head-on type) : L/L series (high output type) : L (SMA fiber adapter type) : L/L series (high precision type) : L/L series (silent

1 LAMP COMPACT W MODULES : L/L series (side-on type) : L/L series (head-on type) : L/L series (high output type) : L (SMA fiber adapter type) : L/L series (high precision type) : L/L series (silent type) * SMA fiber is optional (sold separately). OVERVIEW FEATURES * For more details check the specifications for each series. Hamamatsu offers compact xenon flash lamp modules containing a W xenon flash lamp along with its power supply and trigger socket. Up to W of energy can be input, which is the maximum among lamp modules of this size. These xenon flash lamp modules also deliver high stability and long service life, making them ideal as a light source for water quality and atmospheric analyzers. Different types of lamp modules are provided: the L/L series side-on type, the L/L series head-on type, and the L/L series with higher light output twice that of the other lamp modules currently in use. Also offered are the SMA fiber adapter type, silent type, and high precision type. APPLICATIONS High stability. % CV or less Long life flashes or more Compact size Repetitive emission frequency Hz Max. Broad radiant spectrum Covers from UV to near IR Compatible with SMA fibers No lens design required Silent type Audible noise reduced to / or less High precision type ±. mm precision Internal EMC noise filter Electromagnetic noise reduced to CISPR Class B Blood analyzers Laboratory testing Air pollution analysis Water quality and pollution analysis Microplate readers Fluorescence spectrophotometers Semiconductor inspection Light sources for image processing

2 Highly stable type for analytical instruments TYPE NUMBER GUIDE Type No. Type No. L L L L L - - L - - * *, and are omitted in case of "". Module types * * Arc size Type Maximum input. mm. mm Side-on mj. mm. mm Head-on mj * Types with an arc size of. mm are not available as a module with an SMA fiber adapter. Type Standard SMA fiber adaptor Silent High precision SPECIFICATIONS Main discharge capacitance Capacitance. µf. µf. µf. µf Lamp window material Window material (emission spectral range) UV glass ( nm to nm) * Borosilicate glass ( nm to nm) * Synthetic silica ( nm to nm) EMC noise filter * Noise filter Not included Included Lamp electrode angle (with respect to longitudinal direction of package) * Electrode angle (vertical) (horizontal) Arc size Window material Spectral range of light output Parameter Synthetic silica Main discharge voltage variable range * Main discharge capacitor * Maximum input energy (per flash) * Maximum average input (continuous) * Light output stability (Max.) * Guaranteed life * Input voltage range Input current Inrush current Trigger input Trigger input impedance Cooling method Weight (standard type: L-) Operating ambient temperature Storage ambient temperature Storage ambient humidity Electromagnetic environmental compatibility UV glass Borosilicate glass Without noise filter With noise filter L series L series L series L series.. UV glass / borosilicate glass / synthetic silica to to to to. /. /. /. See operating condition table... to Rectangular wave V to V; pulse width must be µs or more. * Not required * Approx. to + - to + Below * EN-: Group, Class A EN-: Group, Class B VIBRATION AND SHOCK RESISTANCE Unit mm nm V µf W % CV flashes V A A Ω g C C % RH NOTE: * Internal: Adjustable with variable trimmer. External: Variable with control voltage from. V to. V. * Installed at time of shipment (refer to the above lineups). * Maximum lamp input energy (per flash) E=/ CV E: Maximum lamp input energy (J) V: Main discharge voltage (V) C: Main discharge capacitance (F) * Maximum average lamp input (continuous) W=E f f: Lamp emission repetition frequency (Hz) * Light output stability is given by: Light output stability (% CV) = light output standard deviation / average light output * At W operation * Only for external control; synchronized with rising edge. * Cooling is required when the package temperature exceeds C during operation. * No condensation Resistance to vibration: Hz to Hz, m/s Resistance to shock: m/s

3 OPERATING CONDITIONS Type No. L - type L - type L - type L - type L - type L - type L - type L - type Main discharge capacitor (μf).... Main discharge voltage (V) Maximum input energy [per flash] (mj) Maximum repetition rate (Hz) Maximum input (W) CHARACTERISTICS Light output stability * (typical initial value) RELATIVE LIGHT OUTPUT ** (%) TLSZBEA L-, L- L-, L- Main discharge voltage: V Main discharge capacitance:. µf Emission repetition Frequency: Hz Average lamp input: W. % CV. % CV Measurement block diagram Xenon flash lamp module Power supply mm * Detector Si photodiode + ND filter Amp + Sample & hold circuit Trigger signal Multimeter Computer TLSZCEA NUMBER OF FLASHES * Light output stability (% CV) = light output standard deviation / average light output ** Output value with average light output of L- set to %. Life characteristics Emission spectrum (L - series) TLSZBEA Guaranteed life range L- (. µf) L- (. µf) L- (. µf) Main discharge voltage: V IRRADIANCE (µw cm- nm- ) TLSZBEA Main discharge voltage: V Main discharge capacitance:. µf Flash frequency: Hz Measurement distance: cm UV glass Borosilicate glass Synthetic silica NUMBER OF FLASHES WAVELENGTH (nm)

4 CHARACTERISTICS Emission pulse waveform Waveform difference by arc length TLSZBEA L- (arc length:. mm) Main discharge voltage: V L- (arc length:. mm) FWHM L-: ns Typ. L-: ns Typ TIME (µs) Waveform difference by main discharge capacitance TLSZBEA L- (. µf) L- (. µf) L- (. µf) Main discharge voltage: V L- (. µf) Emitted light distribution (L/L series) Lamp electrode angle Lamp electrode angle % % Main discharge voltage: V Main discharge capacitance:. µf Flash frequency: Hz Measurement distance: cm TIME (µs) TLSZBEA DIMENSIONAL OUTLINES (unit: mm) Standard type L- series, L- series L- series, L- series. ±. MOUNTING HOLE -M DEPTH:. ±.. ±.. ±.. ±. ±. ±.. ±.. ±.. ±... TLSXAEE. ±. -pin D-SUB connection Pin No. Signal. ±.. L series:. mm arc L series:. mm arc + input voltage ( V to V) A + input voltage ( V to V) A + main discharge voltage control (. V to. V) Main discharge voltage control RTN. ±.. ±. MOUNTING HOLE -M DEPTH:. ±.. ±. A Input current: A, Inrush current: A B Trigger input: V to V rectangular waveform (pulse width: µs or more) Package must be grounded, for example, by using an M screw for mounting holes.. ±. -PIN D-SUB MALE ± FOR MAIN DISCHARGE VOLTAGE. ±.. ±.. ±.... ±.. ±.. L series:. mm arc L series:. mm arc TLSZAEB

5 DIMENSIONAL OUTLINES (unit: mm) SMA fiber adapter type L- series L- series. ±.. ±. MOUNTING HOLE -M DEPTH:. ±.. ±.. ±. ±. ±.. ±.. ±. SMA FIBER ADAPTER ( type) MATCHING OPTICAL FIBER: ±.. ±... ±.. ±. MOUNTING HOLE -M DEPTH:. ±.. ±.. ±. ±. ±.. ±.. ±.. SMA FIBER ADAPTER ( type) Matching optical fiber: ±.... -pin D-SUB connection Pin No. Signal + input voltage ( V to V) A + input voltage ( V to V) A + main discharge voltage control (. V to. V) Main discharge voltage control RTN A Input current: A, Inrush current: A B Trigger input: V to V rectangular waveform (pulse width: µs or more) Package must be grounded, for example, by using an M screw for mounting holes.... TLSXAED TLSZAEB Silent type Emitting points are different. L- series, L- series L- series, L- series. ±. MOUNTING HOLE -M DEPTH:. ±.. ±.. ±.. ±. ± High precision type. ±.. ±.. ±.. ±.... ±. -pin D-SUB connection Signal Pin No.. L series:. mm arc L series:. mm arc + input voltage ( V to V) A + input voltage ( V to V) A + main discharge voltage control (. V to. V) Main discharge voltage control RTN A Input current: A, Inrush current: A B Trigger input: V to V rectangular waveform (pulse width: µs or more) Package must be grounded, for example, by using an M screw for mounting holes. TLSZAEA Positioning pins are provided in the lamp position. L- series, L- series L- series, L- series. ±.. ±. MOUNTING HOLE -M DEPTH:. ±.. ±.. ±.. ±. ± -PIN D-SUB MALE. ±.. ±.. ±... L series:. mm arc L series:. mm arc. ±.. ±.. ±... ±. TLSZAEA R DEPTH:.. ±.. ±.. ±.. ±.. ±.. ±.. ±.. ±.. ±.. ± DEPTH:. TLSZAEA DEPTH:.. ±.. ±. -M DEPTH:. ±. R Depth:. TLSZAEA

6 High output type TYPE NUMBER GUIDE L - - L - - * Type No. Type No. L L *, and are omitted in case of "". Module types * * Arc size Type Maximum input. mm. mm High output mj *The L is not available as a module with an SMA fiber adapter. Type Standard SMA fiber adapter Silent High precision SPECIFICATIONS * Main discharge capacitance Capacitance. µf. µf Lamp window material Window material (emission spectral range) UV glass ( nm to nm) * Borosilicate glass ( nm to nm) * Synthetic silica ( nm to nm) EMC noise filter * Noise filter Not included Included Lamp electrode angle (with respect to longitudinal direction of package) * Electrode angle (vertical) (horizontal) Arc size Window material Spectral range of light output Main discharge voltage Main discharge voltage variable range * Main discharge capacitance * Maximum input energy (per flash) * Maximum average input (continuous) * Light output stability (Max.) * Guaranteed life * Input voltage range Input current Inrush current Trigger input Trigger input impedance Cooling method Mass (standard type: L-) Operating ambient temperature Storage ambient temperature Storage ambient humidity Electromagnetic environmental compatibility Parameter L series L series UV glass Borosilicate glass Synthetic silica Internal External Without noise filter With noise filter.. UV glass / borosilicate glass / synthetic silica to to to to to. /. See operating condition table.... to.. Rectangular waveform V to V; pulse width must be µs or more * Not required * Approx. to + - to + Below * EN-: Group, Class A EN-: Group, Class B VIBRATION AND SHOCK RESISTANCE Unit mm nm V µf J W % CV flashes V A A Ω g C C % RH NOTE: * Internal: Adjustable with variable trimmer. External: Variable with control voltage from. V to. V. * Installed at time of shipment (refer to the above lineups). * Maximum lamp input energy (per flash) E=/ CV E: Maximum lamp input energy (J) V: Main discharge voltage (V) C: Main discharge capacitance (F) * Maximum average lamp input (continuous) W=E f f: Lamp emission repetition frequency (Hz) * Light output stability is given by: Light output stability (% CV) = light output standard deviation / average light output * At W operation * Only for external control; synchronized with rising edge. * Cooling is required when the package temperature exceeds C during operation. * No condensation Resistance to vibration: Hz to Hz, m/s Resistance to shock: m/s

7 OPERATING CONDITIONS Type No. L - type L - type Main discharge capacitor (μf).. CHARACTERISTICS Main discharge voltage (V) Maximum input energy [per flash] (mj) Maximum repetition rate (Hz) Maximum input (W) Emission pulse waveform Life characteristics (L-) TLSZBEA TLSZBEA L- L- Main discharge voltage: V Main discharge capacitance:. µf L- Main discharge voltage: V Main discharge capacitance:. µf L-.. Guaranteed life range Main discharge voltage: V Main discharge capacitance:. µf Emission repetition Frequency: Hz Average lamp input: W TIME (µs) NUMBER OF FLASHES DIMENSIONAL OUTLINES (unit: mm) Standard type L- series, L- series. -M DEPTH:. ±.. ±.. ±.. ±.. ±.. ±. FOR MAIN DISCHARGE VOLTAGE. ±.. ±. L series:. mm arc L series:. mm arc Pin No. -pin D-SUB connection Signal TLSZAEA SMA fiber adapter type L-. series -M DEPTH:. ±.. ±.. ±. + input voltage ( V ±. V) A + input voltage ( V ±. V) A + main discharge voltage control (. V to. V) Main discharge voltage control RTN A Input current:. A, Inrush current: A B Trigger input: V to V rectangular waveform (pulse width: ms or more) Package must be grounded, for example, by using an M screw for mounting holes.. ±.. ±.. ±.. ±. SMA FIBER ADAPTER ( type) +. MATCHING OPTICAL FIBER:. -. TLSZAEA

8 DIMENSIONAL OUTLINES (unit: mm) Positioning guides are provided Silent type Emitting points are different. High precision type in the lamp position. L- series, L- series L- series, L- series.. -M DEPTH:. ±.. ±.. ±.. ±.. ±.. ±. FOR MAIN DISCHARGE VOLTAGE. ±. TLSZAEA RELATED PRODUCTS. ±. L series:. mm arc L series:. mm arc UV-resistant light guide (sold separately) These light guides have SMA optical fiber connectors at both ends and are designed to minimize loss of UV transmittance. On synthetic silica lamp modules, use the A-AS as a light guide. Dimensional outline (unit: mm). + - R DEPTH:.. ±.. ±.. ±.. ±.. ± DEPTH:. () () -pin D-SUB connection Pin No. Signal + input voltage ( V ±. V) A + input voltage ( V ±. V) A + main discharge voltage control (. V to. V) Main-discharge-voltage control RTN A Input current:. A, Inrush current: A B Trigger input: V to V rectangular waveform (pulse width: ms or more) Package must be grounded, for example, by using an M screw for mounting holes. TLSZAEA Type No. Core diameter Length A-AS A-AS A-AS. mm. mm. mm. m SMA CONNECTOR PVC TUBE (outside diameter: ) SMA CONNECTOR TLSZAEA Shield cable with D-sub input connector A (sold separately) Besides grounding the module case, properly shielding the cable is important to reduce noise in xenon flash lamp modules. The A is a shielded cable with a D-sub input connector that is extremely effective in reducing noise. Standard cable length is mm but other lengths are available on request. Please consult our sales office if needed. Dimensional outline (unit: mm) ± * Patent pending: patens.. -M. SHIELDED CABLE AWG (.). Brown : + input voltage. Red : + input voltage. Blue : + main discharge voltage control. Yellow : Trigger RTN.. Green : + trigger input. White :. Black :. Gray : Main-discharge-voltage control RTN TLSZAEA Subject to local technical requirements and regulations, availability of products included in this promotional material may vary. Please consult with our sales office. Information furnished by HAMAMATSU is believed to be reliable. However, no responsibility is assumed for possible inaccuracies or omissions. Specifications are subject to change without notice. No patent rights are granted to any of the circuits described herein. Hamamatsu Photonics K.K. HAMAMATSU PHOTONICS K.K. HAMAMATSU PHOTONICS K.K., Electron Tube Division -, Shimokanzo, Iwata City, Shizuoka Pref., -, Japan, Telephone: ()/-, Fax: ()/- U.S.A.: Hamamatsu Corporation: Foothill Road, P. O. Box, Bridgewater. N.J. -, U.S.A., Telephone: ()--, Fax: ()-- usa@hamamatsu.com Germany: Hamamatsu Photonics Deutschland GmbH: Arzbergerstr., D- Herrsching am Ammersee, Germany, Telephone: ()--, Fax: ()- info@hamamatsu.de France: Hamamatsu Photonics France S.A.R.L.:, Rue du Saule Trapu, Parc du Moulin de Massy, Massy Cedex, France, Telephone: (), Fax: () infos@hamamatsu.fr United Kingdom: Hamamatsu Photonics UK Limited: Howard Court, Tewin Road Welwyn Garden City Hertfordshire AL BW, United Kingdom, Telephone: -()-, Fax: ()- info@hamamatsu.co.uk North Europe: Hamamatsu Photonics Norden AB: Thorshamnsgatan SE- Kista, Sweden, Telephone: ()---, Fax: ()--- info@hamamatsu.se Italy: Hamamatsu Photonics Italia: S.R.L.: Strada della Moia, /E, Arese, (Milano), Italy, Telephone: ()-, Fax: ()- info@hamamatsu.it China: Hamamatsu Photonics (China) Co., Ltd.: Tower B, Jiaming Center, Dongsanhuan Road North, Chaoyang District, Beijing, China, Telephone: ()--, Fax: ()-- hpc@hamamatsu.com.cn TLSZE AUG. IP

5 W XENON FLASH LAMP MODULES

5 W XENON FLASH LAMP MODULES LAMP W XENON FLASH LAMP MODULES : L/L series (side-on type) : L/L series (head-on type) : L/L series (high output type) : L (SMA fiber adapter type) : L/L series (high precision type) : L/L series (silent